Capacitors

There are almost 1,000,000 capacitors in the JITX database but the same part can be referenced in different packaging (cut tape, reels...).

ceramic-cap finds a specific capacitor based on specified properties and stock.

look-up-ceramic-caps is a function that returns lists of capacitors based on properties and stock.

cap-strap does everything ceramic-cap does and connects it to two nets.

gen-cap-cmp allows us to place generic capacitor components for offline use.

The db-parts section describes lower level functions, and the properties section describes every available attribute we can search with.

Contents:

ocdb/utils/generic-components

The capacitor functions are located in ocdb/utils/generic-components, which imports ocdb/utils/db-parts.

ceramic-cap

We can query an actual SMD capacitor from the JITX database that can be bought. This call requires internet access. ceramic-cap calls the lower level Part Query API adding the list of attributes provided by the user on top of design settings.

public defn ceramic-cap (params:Tuple<KeyValue>)

Here are the quick accessors:

public defn ceramic-cap (capacitance:Double, tolerance:Double)
public defn ceramic-cap (capacitance:Double)

The capacitance is in Farads and the tolerance is unit-less (0.01 is ±1%).

Example:

  • c1 = 22pF ceramic capacitor
  • c2 = 10nF±5% ceramic capacitor
  • c3 = 1uF ceramic capacitor, 100V minimum rated voltage.
  • c4 = 1uF±10% ceramic capacitor, 100V minimum rated voltage and a case of 1206.
  • c5 = 1uF±10% ceramic capacitor, 100V minimum rated voltage and a case of 1206 or larger.
  • c6 = 1uF ceramic capacitor, the negative tolerance between -5% and -22%. A tolerance of -20% +80% will satisfy this.
  • c7 = 1uF ceramic capacitor, the negative tolerance between -5% and -22%, the positive tolerance between 60% and 100%. A tolerance of -20% +80% will satisfy this.
  • c8 = 1uF, X7R ceramic capacitor.
  • c9 = 68pF ceramic capacitor, 100V minimum rated voltage, type C0G
  • c10 = 68pF ceramic capacitor, 100V minimum rated voltage, type X7R or C0G
  • c11 = 1uF± ceramic capacitor, 60V minimum rated voltage, and metadata.applications matches one of the fields in the automotive-metadata value.
  • c12 = ceramic capacitor who's value is calculated based on a capacitance * a double, then rounded to the nearest 20% standard value, 60V minimum rated voltage.
  • c13 = the largest value capacitor in case size 0805, 100V minimum rated voltage, and metadata.applications matches one of the fields in the automotive-metadata value.
#use-added-syntax(jitx)
defpackage my-design :
  import ocdb/utils/generic-components
  import ocdb/utils/design-vars

; Overrides default value set in ocdb/utils/design-vars
MIN-CAP-VOLTAGE = 6.3

pcb-module my-module :
  inst c1 : ceramic-cap(22.0e-12)
  inst c2 : ceramic-cap(10.0e-9, 0.05)
  inst c3 : ceramic-cap(["capacitance" => 1.0e-6 "min-rated-voltage" => 100.0])
  inst c4 : ceramic-cap(["capacitance" => 1.0e-6 "tolerance" => 0.10 "min-rated-voltage" => 100.0 "case" => "1206"])
  inst c5 : ceramic-cap(["capacitance" => 1.0e-6 "tolerance" => 0.10 "min-rated-voltage" => 100.0 "case" => get-valid-pkg-list("1206")])
  inst c6 : ceramic-cap(["capacitance" => 1.0e-6 "min-tolerance.min" => -0.22, "max-tolerance.min" => -0.05])
  inst c7 : ceramic-cap(["capacitance" => 1.0e-6 "min-tolerance.min" => -0.22, "max-tolerance.min" => -0.05, "min-tolerance.max" => 0.6, "max-tolerance.max" => 1.0])
  inst c8 : ceramic-cap(["capacitance" => 1.0e-6 "temperature-coefficient.code" => "X7R"])
  inst c9 : ceramic-cap(["capacitance" => 68.0e-12 "min-rated-voltage" => 100.0 "temperature-coefficient.code" => "C0G"])
  inst c10 : ceramic-cap(["capacitance" => 68.0e-12 "min-rated-voltage" => 100.0 "temperature-coefficient.code" => ["C0G" "X7R"]])
  val automative-metadata = ["Audio, Automotive" "Automotive" "Automotive, Boardflex Sensitive" "Automotive, Boardflex Sensitive, ESD Protection" "Automotive, Bypass, Decoupling" "Automotive, Bypass, Decoupling, Boardflex Sensitive" "Automotive, Bypass, Decoupling, Boardflex Sensitive, ESD Protection" "Automotive, Bypass, Decoupling, ESD Protection" "Automotive, EMI, RFI Suppression" "Automotive, ESD Protection" "Automotive, High Temperature Reflow" "Automotive, SMPS Filtering" "Automotive, SMPS Filtering, Boardflex Sensitive" "Automotive, SMPS Filtering, Bypass, Decoupling" "Automotive; DC Link, DC Filtering" "Automotive; DC Link, DC Filtering; High Frequency, Switching; High Pulse, DV/DT" "Automotive; DC Link, DC Filtering; High Pulse, DV/DT; Snubber" "Automotive; EMI, RFI Suppression" "Automotive; High Frequency, Switching" "Automotive; High Frequency, Switching; High Pulse, DV/DT" "Automotive; High Frequency, Switching; High Pulse, DV/DT; Snubber" "Automotive; Power Factor Correction (PFC)" "High Reliability, Automotive" "High Reliability, Automotive, Boardflex Sensitive" "RF, Microwave, High Frequency, Automotive" "Safety, Automotive" "Safety, Automotive, Boardflex Sensitive"]
  inst c11 : ceramic-cap(["capacitance" => 1.0e-6 "min-rated-voltage" => 60.0 "metadata.applications" => automative-metadata])
  val test-voltage = 5.0
  inst c12 : ceramic-cap(["capacitance" => closest-std-val(test-voltage * 1.0e-6,20.0) "min-rated-voltage" => 60.0])
  inst c13 : ceramic-cap(["_sort" => ["-capacitance"] "case" => "0805" "min-rated-voltage" => 30.0 "metadata.applications" => automative-metadata])

Fixed Requirements :

  • category: "capacitor"
  • type: "ceramic"
  • mounting: "smd"
  • minimum_quantity: 1

Default design Requirements (set by global variables defined in ocdb/utils/design-vars) :

  • min-stock: 500
  • _sort: ["area"]
  • min-rated-voltage: 10.0
  • max-rated-temperature.min: 0.0
  • min-rated-temperature.max: 25.0
  • case: ["0201" "02016" "0202" "0302" "0303" "0402" "0404" "0503" "0505" "0603" "0612" "0805" "1206" "1210" "1218" "1812" "2010" "2512" "2525" "2615" "2616" "3920" "4122" "4823" "5329" "6030"]

Those design requirements can be changed, either by changing ocdb/utils/design-vars or by importing ocdb/utils/design-vars and setting new values for the global variables:

  • min-stock: this is 5 times DESIGN-QUANTITY. Which means that DESIGN-QUANTITY default is 100.
  • _sort: set by OPTIMIZE-FOR.
  • min-rated-voltage: set by MIN-CAP-VOLTAGE in Volts.
  • [max-rated-temperature.min min-rated-temperature.max] : rated-temperature range in degC set by OPERATING-TEMPERATURE.
  • case: computed from MIN-PKG. MIN-PKG default is "0201".

look-up-ceramic-caps

public defn look-up-ceramic-caps (attribute: String) -> Tuple
public defn look-up-ceramic-caps (attribute: String, filter-properties:Tuple<KeyValue>) -> Tuple

Looks up the list of available values (at most 1000 returned) for attribute amongst chip capacitors in the JITX database. This call filters on the same properties as ceramic-cap. Additional properties filter-properties can be given in argument to restrict further criteria on the considered chip capacitors.

Example:

$ jitx repl
stanza> import ocdb/utils/generic-components
stanza> println $ look-up-ceramic-caps("tolerance.max", ["capacitance" => 10.0e-9])
[0.01 0.02 0.05 0.1 0.2 0.8 1.0]
stanza> println $ look-up-ceramic-caps("rated-current-pk")
[]
stanza> println $ look-up-ceramic-caps("rated-voltage")
[10.0 16.0 25.0 35.0 50.0 63.0 75.0 80.0 100.0 150.0 200.0 250.0 450.0 500.0 630.0 1000.0 1200.0 1500.0 2000.0 2500.0 3000.0 4000.0 6000.0]
stanza> println $ look-up-ceramic-caps("rated-voltage", ["capacitance" => 50.0e-9, "tolerance" => 0.05])
[50.0 100.0]

In this example we can see that there rated current peak is not indicated for capacitors of type ceramic.

cap-strap

cap-strap is a wrapper around ceramic-cap. So this call requires internet access. It needs to be called inside a pcb module. It instantiates a chip capacitor using provided params in the current module, and connects the pins of the ceramic capacitor to first-pin and second-pin that are JITXObjects from the module.

public defn cap-strap (first-pin:JITXObject, second-pin:JITXObject, params:Tuple<KeyValue>)

Quick accessors:

public defn cap-strap (first-pin:JITXObject, second-pin:JITXObject, capacitance:Double, tol:Double)
public defn cap-strap (first-pin:JITXObject, second-pin:JITXObject, capacitance:Double)

Example:

Instantiating a 10nF ceramic capacitor between the pins reset and vio

#use-added-syntax(jitx)
defpackage my-design :
  import ocdb/utils/generic-components

pcb-module my-module :
  port reset
  port vio
  cap-strap(reset, vio, 10.0e-9)

gen-cap-cmp

public pcb-component gen-cap-cmp (cap:Double, tol:Double, max-v:Double, pkg-name:String)

This is a generic capacitor component, this is not an actual part that can be bought. This call does not require internet access. Pins are p[1] and p[2]. Arguments:

  • cap : capacitance in Farads
  • tol: tolerance (1.0 means ±1%)
  • max-v : rated voltage in Volts
  • pkg-name: Package name (example: "0204")

Here are the quick accessors:

public defn gen-cap-cmp (cap:Double, max-v:Double)
public defn gen-cap-cmp (cap:Double, pkg:String)
public defn gen-cap-cmp (cap:Double)

Defaults used are:

  • tol : 0.2%
  • max-v : 10.0 V
  • pkg-name : "0402"

Example:

Instantiating a 5nF generic capacitor

pcb-module my-design :
  inst r : gen-cap-cmp(5.0e-9)

ocdb/utils/db-parts

Capacitor Struct

Here is the Capacitor struct. When capacitors are queried from the JITX database, the capacitor data gets populated into this struct. It can be used to write pure stanza solvers without having to deal with jitx macros.

defstruct Capacitor <: Component :
  ; Generic properties
  manufacturer: String
  mpn: String
  trust: String
  x: Double with: (as-method => true)
  y: Double with: (as-method => true)
  z: Double|False
  mounting: String
  rated-temperature: MinMaxRange|False
  case: String|False
  sourcing: Sourcing
  metadata: Tuple<KeyValue>
  ; Capacitor specific properties
  type: String ; Type of resistor [“ceramic”, “film”, “electrolytic]
  tolerance: MinMaxRange|False ; Guaranteed tolerance from manufacturer (Farad/Farad)
  capacitance: Double ; Nominal capacitance (Farad)
  anode: String|False ; Anode material of electrolytic capacitor [“aluminum”, “tantalum”, “niobium-oxide”]
  electrolyte: String|False ; Electrolyte material of electrolytic capacitor [“polymer”, “manganese-dioxide”, “hybrid”, “non-solid”]
  temperature-coefficient: String|False ; Temperature coefficient code of capacitance [“X7R”, ...]
  esr: ESR|False
  rated-voltage: Double|False ; Maximum voltage rating from manufacturer (Volts)
  rated-voltage-ac: Double|False
  rated-current-pk: Double|False ; Maximum peak current rating from manufacturer (Amperes)
  rated-current-rms: Double|False ; Maximum rms current rating from manufacturer (Amperes)
  sellers: Tuple<Seller>|False with: (as-method => true)
  resolved-price: Double|False with: (as-method => true)

public defstruct MinMaxRange :
  min: Double
  max: Double

defstruct Sourcing :
  price: Double|False
  minimum-quantity: Int
  stock: Int

defstruct ESR :
  value: Double
  frequency: Double|False

defmethod to-jitx (capacitor: Capacitor) -> Instantiable

Takes a Capacitor struct and returns an instance.

Example:

#use-added-syntax(jitx)
defpackage my-design :
  import ocdb/utils/db-parts

val capacitor = Capacitor(["tolerance" => 0.05 "min-rated-voltage" => 100.0])

pcb-module my-module :
  inst cap : to-jitx(capacitor)

Capacitor Accessors

We can query an actual capacitor from the JITX database that we can be bought. This call requires internet access. Capacitor calls the lower level Part Query API adding the list of attributes provided by the user on top of design settings.

public defn Capacitor (properties:Tuple<KeyValue>) -> Capacitor

Fixed Requirements :

  • category: "capacitor"

Default design Requirements (set by global variables defined in ocdb/utils/design-vars) :

  • _sort: ["area"]
  • max-rated-temperature.min: 0.0
  • min-rated-temperature.max: 25.0

Those design requirements can be changed, either by changing ocdb/utils/design-vars or by importing ocdb/utils/design-vars and setting new values for the global variables:

  • _sort: set by OPTIMIZE-FOR.
  • [max-rated-temperature.min min-rated-temperature.max] : rated-temperature range in degC set by OPERATING-TEMPERATURE.

Here are accessors to override design requirements:

public defn Capacitor (properties:Tuple<KeyValue>,
                       exist:Tuple<String>) -> Capacitor
public defn Capacitor (properties:Tuple<KeyValue>,
                       exist:Tuple<String>,
                       sort:Tuple<String>,
                       operating-temperature:Toleranced|False) -> Capacitor

Arguments:

  • exist: we can require the resulting capacitor to have an attribute that is otherwise optional (for example "tolerance").
  • sort: overrides the sorting arguments that would otherwise be OPTIMIZE-FOR.
  • operating-temperature: overrides the rated temperature range that would otherwise be OPERATING-TEMPERATURE.
public defn Capacitors (user-properties:Tuple<KeyValue>, limit: Int) -> Tuple<Capacitor>

Similar to Capacitor but querying up to 25 capacitors.

public defn Capacitor (raw-json: JObject) -> Capacitor

Creates a Capacitor from a JObject.

Example:

$ jitx repl
stanza> import jitx/commands
stanza> import ocdb/utils/db-parts
stanza> import json
stanza> val jobject = dbquery-first(["category" => "capacitor" "capacitance" => 2.0e-6]) as JObject
stanza> println(jobject)
JObject(entries = ["_id" => "b733080d04beb31d7d340940" "trust" => "low" "category" => "capacitor" "mpn" => "BFC237934205" "mounting" => "through-hole" "manufacturer" => "Vishay Beyschlag/Draloric/BC Components" "type" => "film" "dimensions" => JObject(entries = ["x" => 31.5 "y" => 9.0 "z" => 19.0 "area" => 283.5]) "stock" => 0.0 "minimum_quantity" => 100.0 "metadata" => JObject(entries = ["datasheets" => "https://www.vishay.com/docs/28135/mkp379.pdf" "digi-key-part-number" => "BFC237934205-ND" "factory-stock" => 0.0 "qty" => 0.0 "packaging" => "Bulk" "series" => "MKP379" "dielectric-material" => "Polypropylene (PP), Metallized" "termination" => "PC Pins" "lead-spacing" => "1.083\" (27.50mm)" "applications" => "High Pulse, DV/DT" "features" => "Long Life"]) "price" => 7.5776 "tolerance" => JObject(entries = ["min" => -0.05 "max" => 0.05]) "capacitance" => 2.0e-06 "rated-voltage-ac" => 100.0 "rated-voltage" => 160.0 "rated-temperature" => JObject(entries = ["min" => -55.0 "max" => 85.0]) "case" => "Radial" "update_date" => "2021-09-04T01:26:09.754000"])
stanza> val capacitor = Capacitor(jobject)
stanza> println(capacitor)
Capacitor(
  mpn = BFC237934205
  trust = low
  (x, y, z) = (31.5, 9.0, 19.0)
  mounting = through-hole
  rated-temperature = MinMaxRange(min=-55.0, max=85.0)
  case = Radial
  type = film
  tolerance = MinMaxRange(min=-0.05, max=0.05)
  capacitance = 2.0e-06
  anode = false
  electrolyte = false
  temperature-coefficient = false
  esr = false
  rated-voltage = 160.0
  rated-voltage-ac = 100.0
  rated-current-pk = false
  rated-current-rms = false
  sourcing = ESR(price=7.5776, minimum-quantity=100, stock=0)
  metadata =
    "datasheets" => "https://www.vishay.com/docs/28135/mkp379.pdf"
    "digi-key-part-number" => "BFC237934205-ND"
    "factory-stock" => 0.0
    "qty" => 0.0
    "packaging" => "Bulk"
    "series" => "MKP379"
    "dielectric-material" => "Polypropylene (PP), Metallized"
    "termination" => "PC Pins"
    "lead-spacing" => "1.083\" (27.50mm)"
    "applications" => "High Pulse, DV/DT"
    "features" => "Long Life")

query-available-capacitance-values

public defn query-available-capacitance-values (properties:Tuple<KeyValue>, exist:Tuple<String>) -> Tuple<Double> :

We can query the list of available capacitance values available using the same design requirements as Capacitor, filtering on a list of query parameters properties and requiring the attributes in exist to exist on the capacitors.

Example:

$ jitx repl
stanza> import ocdb/utils/db-parts
println $ query-available-capacitance-values(["case" => "Axial" "min-rated-voltage" => 10.0e3], ["tolerance"])
[3.9e-10 4.7e-10 6.8e-10 1.0e-09 1.5e-09 1.8e-09 2.0e-09 2.2e-09 2.5e-09 2.7e-09 3.0e-09 3.3e-09 3.9e-09 4.7e-09 5.0e-09 6.8e-09 1.0e-08 4.7e-08]

look-up-capacitors

public defn look-up-capacitors (attribute: String) -> Tuple
public defn look-up-capacitors (attribute: String, filter-properties:Tuple<KeyValue>) -> Tuple

Looks up the list of available values (at most 1000 returned) for attribute amongst capacitors in the JITX database. This call filters on the same properties as Capacitor. Additional properties filter-properties can be given in argument to restrict further criteria on the considered capacitors.

Example:

$ jitx repl
stanza> import ocdb/utils/db-parts
stanza> println $ look-up-capacitors("mounting", ["capacitance" => 1.0e-6, "min-rated-voltage" => 1000.0])
["smd" "through-hole"]

Properties

Each capacitor has a different Digi-Key Part Number but an mpn can have up to 3 Digi-Key Part Numbers for 3 different packagings.

For example the capacitor of mpn "JMK021BJ103KK5W" appears with the following Digi-Key Part Numbers and packagings:

  • 587-4850-1-ND: Cut Tape (CT)
  • 587-4850-2-ND: Tape & Reel (TR)

This information can be found in the attributes metadata.digi-key-part-number and metadata.packaging but cannot be queried on. We can check by ourselves doing:

$ jitx repl
stanza> import ocdb/utils/db-parts
stanza> do(println, Capacitors(["mpn" => "BFC237934205"], 25))

Check the properties reference for a description of supported attributes.

Here are available attribute values with default design requirements as of 10/14/2021. They can be queried anytime with:

$ jitx repl
stanza> import ocdb/utils/db-parts
stanza> for attribute in ["manufacturer", "mpn", "capacitance", "trust", "dimensions", "mounting", "case", "stock", "price", "minimum_quantity", "type", "anode", "electrolyte", "esr", "esr_frequency", "rated-voltage", "rated-voltage-ac", "rated-current-pk", "rated-current-rms", "temperature-coefficient.code", "temperature-coefficient.lower-temperature", "temperature-coefficient.raw_data", "temperature-coefficient.tolerance", "temperature-coefficient.upper-temperature", "temperature-coefficient.value", "metadata.datasheets", "metadata.image", "metadata.digi-key-part-number", "metadata.description", "metadata.packaging", "metadata.lifetime-temp", "metadata.applications", "metadata.ripple-current-low-frequency", "metadata.ripple-current-high-frequency", "metadata.lead-spacing"] do :
      >   val values = look-up-capacitors(attribute)
      >   if length(values) <= 200 :
      >     println("| %_ | %@ |" % [attribute, values])
      >   else :
      >     println("| %_ | %_ values |" % [attribute, length(values)])
stnaza> import json
stanza> for attribute in ["rated-temperature", "tolerance", "temperature-coefficient.change"] do :
      >   val values =  to-tuple $ filter({_ is JObject}, look-up-capacitors(attribute))
      >   if length(values) <= 100 :
      >     println("| %_ (min, max) | %@ |" % [attribute, map({"(%_, %_)" % [_0["min"], _0["max"]]}, values)])
      >   else :
      >     println("| %_ | %_ values |" % [attribute, length(values)])

Attribute: manufacturer

Values:

"AHS Micro" "ASC Capacitors" "AVX Corporation" "Abracon LLC" "Aillen" "American Technical Ceramics" "CAL-CHIP ELECTRONICS, INC." "Cornell Dubilier Electronics (CDE)" "EPCOS - TDK Electronics" "EXXELIA" "EXXELIA Sic Safco" "Electronic Concepts Inc." "Elna America" "F&T" "Frontier Electronics" "Holy Stone Enterprise Co., Ltd." "IDT, Integrated Device Technology Inc" "Illinois Capacitor" "JJ Electronics" "Johanson Dielectrics Inc." "Johanson Technology Inc." "KEMET" "Knowles Dielectric Labs" "Knowles Novacap" "Knowles Syfer" "Kyocera International Inc. Electronic Components" "Meritek" "Murata Electronics" "NTE Electronics, Inc" "Nemco" "Nichicon" "Out of Bounds" "Paktron" "Panasonic Electronic Components" "PulseLarsen Antennas" "Rohm Semiconductor" "Rubycon" "SURGE" "Samsung Electro-Mechanics" "Semtech Corporation" "Songtian Electronics Co., Ltd" "Stackpole Electronics Inc" "TDK Corporation" "TE Connectivity Passive Product" "Taiyo Yuden" "Trigon Components" "Tusonix a Subsidiary of CTS Electronic Components" "United Chemi-Con" "Venkel" "Vicor Corporation" "Viking Tech" "Vishay Beyschlag/Draloric/BC Components" "Vishay Cera-Mite" "Vishay Dale" "Vishay Polytech" "Vishay Sprague" "Vishay Vitramon" "WIMA" "Walsin Technology Corporation" "Würth Elektronik" "XiangJiang" "Xicon" "YAGEO" "Yageo"

Attribute: case

Values:

"008004" "01005" "015008" "0201" "0202" "0204" "0301" "0303" "0306" "0402" "0502" "0504" "0505" "0508" "0602" "0603" "0612" "0709" "0803" "0805" "0905" "10-DIP" "10-SMD, Gull Wing" "1005" "1106" "1111" "12-DIP" "1206" "1210" "1218" "1305" "14-DIP" "14-SMD, Gull Wing" "1410" "1411" "1505" "1507" "1510" "16-DIP" "16-SMD, Gull Wing" "1611" "1706" "1708" "18-DIP" "18-SMD, Gull Wing" "1805" "1808" "1810" "1812" "1825" "1905" "1913" "2-DIP" "2-SMD" "2005" "2008" "2010" "2013" "2208" "2211" "2214" "2215" "2220" "2225" "2311" "2312" "2325" "2410" "2414" "2416" "2420" "2520" "2525" "2711" "2721" "2810" "2812" "2820" "2824" "2825" "2910" "2915" "2917" "2924" "3010" "3015" "3017" "3022" "3024" "3025" "3040" "3115" "3226" "3640" "3838" "3925" "3931" "40-DIP" "4030" "5040" "5829" "6-DIP" "6-SMD, Gull Wing" "6-Stacked SMD, J-Lead" "6-Stacked SMD, L-Lead" "6030" "6031" "6039" "6054" "6560" "8-DIP" "8-SMD, Gull Wing" "Axial" "Axial, Can" "Axial, Can - 4 Leads" "FlatPack" "FlatPack, Tabbed" "Nonstandard" "Nonstandard SMD" "Radial" "Radial - 12 Leads" "Radial - 3 Leads" "Radial - 4 Leads" "Radial - 5 Leads" "Radial - 6 Leads" "Radial, Can" "Radial, Can - 3 Lead" "Radial, Can - 4 Lead" "Radial, Can - 5 Lead" "Radial, Can - Mounting Ring - 4 Lead" "Radial, Can - QC Terminals" "Radial, Can - SMD" "Radial, Can - Snap-In" "Radial, Can - Snap-In - 3 Lead" "Radial, Can - Snap-In - 4 Lead" "Radial, Can - Snap-In - 5 Lead" "Radial, Can - Solder Lug" "Radial, Can - Solder Lug - 4 Lead" "Radial, Can - Solder Lug - 5 Lead" "Radial, Disc" "SMD, J-Lead" "Stacked DIP, 10 Lead" "Stacked DIP, 20 Lead" "Stacked DIP, 4 Lead" "Stacked DIP, 6 Lead" "Stacked DIP, 8 Lead" "Stacked SMD, 10 J-Lead" "Stacked SMD, 10 L-Lead" "Stacked SMD, 2 J-Lead" "Stacked SMD, 2 L-Lead" "Stacked SMD, 20 J-Lead" "Stacked SMD, 20 L-Lead" "Stacked SMD, 3 J-Lead" "Stacked SMD, 3 L-Lead" "Stacked SMD, 4 J-Lead" "Stacked SMD, 4 L-Lead" "Stacked SMD, 5 L-Lead" "Stacked SMD, 6 J-Lead" "Stacked SMD, 6 L-Lead" "Stacked SMD, 8 J-Lead"

Attribute: rated-voltage

Values:

2.0 2.5 3.0 4.0 5.0 6.0 6.3 7.0 7.5 8.0 8.2 10.0 12.0 12.5 15.0 16.0 20.0 21.0 25.0 30.0 32.0 35.0 40.0 42.0 50.0 55.0 56.0 60.0 63.0 70.0 71.0 75.0 80.0 100.0 125.0 150.0 160.0 180.0 200.0 201.0 210.0 220.0 225.0 230.0 250.0 251.0 275.0 280.0 300.0 305.0 315.0 330.0 350.0 360.0 385.0 400.0 420.0 440.0 450.0 475.0 500.0 520.0 525.0 550.0 560.0 575.0 580.0 600.0 630.0 650.0 700.0 720.0 750.0 760.0 800.0 840.0 850.0 875.0 900.0 920.0 1000.0 1100.0 1200.0 1250.0 1300.0 1400.0 1500.0 1600.0 1700.0 1800.0 2000.0 2500.0 3000.0 3150.0 3500.0 3600.0 4000.0 5000.0 6000.0 7200.0 7500.0 8000.0 9000.0 10000.0 15000.0 20000.0 25000.0 30000.0

Attribute: rated-temperature (min, max)

Values:

(-55.0, 85.0) (-55.0, 90.0) (-55.0, 100.0) (-55.0, 105.0) (-55.0, 110.0) (-55.0, 125.0) (-55.0, 135.0) (-55.0, 140.0) (-55.0, 145.0) (-55.0, 150.0) (-55.0, 160.0) (-55.0, 175.0) (-55.0, 200.0) (-55.0, 230.0) (-55.0, 250.0) (-55.0, 260.0) (-50.0, 105.0) (-45.0, 85.0) (-40.0, 60.0) (-40.0, 85.0) (-40.0, 100.0) (-40.0, 105.0) (-40.0, 110.0) (-40.0, 115.0) (-40.0, 125.0) (-40.0, 130.0) (-40.0, 135.0) (-40.0, 145.0) (-40.0, 150.0) (-40.0, 175.0) (-30.0, 85.0) (-30.0, 105.0) (-30.0, 125.0) (-25.0, 60.0) (-25.0, 70.0) (-25.0, 85.0) (-25.0, 105.0) (-25.0, 125.0) (-25.0, 130.0) (-25.0, 150.0) (-20.0, 85.0) (-10.0, 85.0)

Attribute :mpn

Values:

More than 1000 values...

Attribute :capacitance

Values:

705 values

Attribute :dimensions

Values:

More than 1000 values...

Attribute :mounting

Values:

"smd" "through-hole"

Attribute :stock

Values:

More than 1000 values...

Attribute :price

Values:

More than 1000 values...

Attribute :minimum_quantity

Values:

More than 712 values...

Attribute :type

Values:

"Conformal Coated" "Hermetically Sealed" "Hybrid" "Molded" "Polymer" "ceramic" "electrolytic" "film"

Attribute :anode

Values:

"aluminium" "aluminum" "tantalum"

Attribute :electrolyte

Values:

"hybrid" "manganese-dioxide" "non-solid" "polymer"

Attribute :esr

Values:

More than 1000 values...

Attribute :esr_frequency

Values:

20.0 100.0 120.0 1000.0 10000.0 20000.0 100000.0 300000.0 400000.0

Attribute :rated-voltage-ac

Values:

8.0 10.0 11.0 12.0 16.0 25.0 30.0 32.0 35.0 40.0 45.0 50.0 60.0 63.0 65.0 70.0 75.0 80.0 84.0 90.0 100.0 105.0 110.0 120.0 125.0 140.0 141.0 150.0 155.0 157.0 160.0 175.0 180.0 200.0 220.0 223.0 230.0 240.0 250.0 253.0 275.0 277.0 280.0 283.0 285.0 300.0 305.0 310.0 315.0 330.0 350.0 354.0 360.0 375.0 380.0 400.0 420.0 424.0 425.0 430.0 440.0 450.0 460.0 475.0 480.0 500.0 520.0 525.0 530.0 550.0 575.0 600.0 630.0 650.0 660.0 700.0 725.0 750.0 760.0 800.0 850.0 900.0 1000.0 1060.0 1500.0

Attribute :rated-current-pk

Values:

No value

Attribute :rated-current-rms

Values:

No value

Attribute :temperature-coefficient.code

Values:

"A" "B" "BD" "BG" "BJ" "BL" "BN" "BP" "BR" "BV" "BX" "C" "C0G" "C0H" "C0J" "C0K" "CCG" "CD" "CF" "CH" "CL" "E" "F" "GBBL" "JB" "L" "M" "N" "N1500" "N2000" "N2200" "N2500" "N2800" "N4700" "N750" "NP0" "NS" "P3K" "P90" "R" "R3L" "S3N" "SL" "SL/GP" "T" "U2J" "U2K" "U2M" "UNJ" "UX" "X0U" "X5F" "X5R" "X5S" "X5U" "X6S" "X6T" "X7R" "X7S" "X7T" "X7U" "X8G" "X8L" "X8M" "X8R" "XAN" "Y" "Y5F" "Y5P" "Y5R" "Y5S" "Y5T" "Y5U" "Y5V" "Y6P" "YSP" "Z5U" "Z5V" "ZLM"

Attribute :temperature-coefficient.lower-temperature

Values:

-55.0 -30.0 10.0

Attribute :temperature-coefficient.raw_data

Values:

"A" "B" "BD" "BG" "BJ" "BL" "BN" "BP" "BR" "BV" "BX" "C" "C0G, NP0" "C0G, NP0 (1B)" "C0H" "C0J" "C0K" "CCG" "CD" "CF" "CH" "CL" "E" "F" "GBBL" "JB" "L" "M" "N" "N1500" "N2000" "N2200" "N2500" "N2800" "N4700" "N750" "NP0" "NS" "P3K" "P90" "R" "R3L" "S3N" "SL" "SL/GP" "T" "U2J" "U2K" "U2M" "UNJ" "UX" "X0U" "X5F" "X5R" "X5S" "X5U" "X6S" "X6T" "X7R" "X7R (2R1)" "X7R (VHT)" "X7S" "X7T" "X7U" "X8G" "X8L" "X8M" "X8R" "XAN" "Y" "Y5F" "Y5P" "Y5P (B)" "Y5R" "Y5S" "Y5T" "Y5U" "Y5U (E)" "Y5V (F)" "Y6P" "YSP" "Z5U" "Z5V" "ZLM"

Attribute :temperature-coefficient.tolerance

Values:

3.0e-05 6.0e-05 0.00012 0.00025 0.0005 0.001 0.0025

Attribute :temperature-coefficient.upper-temperature

Values:

85.0 105.0 125.0 150.0

Attribute :temperature-coefficient.value

Values:

-0.0033 -0.0022 -0.0015 -0.00075 -0.0

Attribute :tolerance

Values:

355 values

Attribute :temperature-coefficient.change (min, max)

Values:

(-82.0, 22.0) (-56.0, 22.0) (-33.0, 22.0) (-22.0, 22.0) (-15.0, 15.0) (-10.0, 10.0)

Attribute :metadata.datasheets

Values:

More than 1000 values...

Attribute :metadata.image

Values:

More than 1000 values...

Attribute :metadata.digi-key-part-number

Values:

More than 1000 values...

Attribute :metadata.description

Values:

No value

Attribute :metadata.packaging

Values:

"Bag" "Box" "Bulk" "Cut Tape (CT)" "Digi-Reel®" "Strip" "Tape & Box (TB)" "Tape & Reel (TR)" "Tray" "Tube"

Attribute :metadata.ripple-current-low-frequency

Values:

More than 1000 values...

Attribute :metadata.ripple-current-high-frequency

Values:

More than 1000 values...

Attribute: metadata.lifetime-temp

Values:

"1000 Hrs @ 105°C" "1000 Hrs @ 125°C" "1000 Hrs @ 130°C" "1000 Hrs @ 135°C" "1000 Hrs @ 150°C" "1000 Hrs @ 200°C" "1000 Hrs @ 70°C" "1000 Hrs @ 85°C" "10000 Hrs @ 105°C" "10000 Hrs @ 125°C" "10000 Hrs @ 85°C" "100000 Hrs @ 60°C" "12000 Hrs @ 105°C" "12000 Hrs @ 85°C" "1250 Hrs @ 150°C" "13000 Hrs @ 85°C" "1500 Hrs @ 105°C" "1500 Hrs @ 125°C" "1500 Hrs @ 150°C" "1500 Hrs @ 85°C" "15000 Hrs @ 105°C" "15000 Hrs @ 85°C" "1600 Hrs @ 150°C" "18000 Hrs @ 85°C" "2000 Hrs @ 105°C" "2000 Hrs @ 125°C" "2000 Hrs @ 130°C" "2000 Hrs @ 135°C" "2000 Hrs @ 145°C" "2000 Hrs @ 150°C" "2000 Hrs @ 175°C" "2000 Hrs @ 200°C" "2000 Hrs @ 85°C" "20000 Hrs @ 105°C" "20000 Hrs @ 85°C" "22000 Hrs @ 105°C" "2500 Hrs @ 105°C" "2500 Hrs @ 125°C" "2500 Hrs @ 85°C" "26000 Hrs @ 85°C" "300 Hrs @ 200°C" "3000 Hrs @ 105°C" "3000 Hrs @ 125°C" "3000 Hrs @ 130°C" "3000 Hrs @ 135°C" "3000 Hrs @ 85°C" "3500 Hrs @ 125°C" "3500 Hrs @ 85°C" "37000 Hrs @ 105°C" "4000 Hrs @ 105°C" "4000 Hrs @ 125°C" "4000 Hrs @ 130°C" "4000 Hrs @ 135°C" "4000 Hrs @ 145°C" "4000 Hrs @ 85°C" "4600 Hrs @ 105°C" "500 Hrs @ 200°C" "500 Hrs @ 85°C" "5000 Hrs @ 105°C" "5000 Hrs @ 125°C" "5000 Hrs @ 85°C" "6000 Hrs @ 105°C" "6000 Hrs @ 125°C" "6300 Hrs @ 125°C" "7000 Hrs @ 105°C" "7000 Hrs @ 125°C" "8000 Hrs @ 105°C" "8000 Hrs @ 125°C" "8000 Hrs @ 85°C" "9000 Hrs @ 105°C"

Attribute: metadata.applications

Values:

"Acoustic Noise Reduction" "Audio" "Audio, Automotive" "Audio; DC Link, DC Filtering" "Audio; High Frequency, Switching; High Pulse, DV/DT" "Audio; High Frequency, Switching; High Pulse, DV/DT; Snubber" "Audio; High Pulse, DV/DT" "Automotive" "Automotive, Boardflex Sensitive" "Automotive, Boardflex Sensitive, ESD Protection" "Automotive, Bypass, Decoupling" "Automotive, Bypass, Decoupling, Boardflex Sensitive" "Automotive, Bypass, Decoupling, Boardflex Sensitive, ESD Protection" "Automotive, Bypass, Decoupling, ESD Protection" "Automotive, EMI, RFI Suppression" "Automotive, ESD Protection" "Automotive, High Temperature Reflow" "Automotive, SMPS Filtering" "Automotive, SMPS Filtering, Boardflex Sensitive" "Automotive, SMPS Filtering, Bypass, Decoupling" "Automotive; DC Link, DC Filtering" "Automotive; DC Link, DC Filtering; High Frequency, Switching; High Pulse, DV/DT" "Automotive; DC Link, DC Filtering; High Pulse, DV/DT; Snubber" "Automotive; EMI, RFI Suppression" "Automotive; High Frequency, Switching" "Automotive; High Frequency, Switching; High Pulse, DV/DT" "Automotive; High Frequency, Switching; High Pulse, DV/DT; Snubber" "Automotive; Power Factor Correction (PFC)" "Boardflex Sensitive" "Boardflex Sensitive, ESD Protection" "Bypass, Decoupling" "Bypass, Decoupling, Boardflex Sensitive" "Bypass, Decoupling, Boardflex Sensitive, ESD Protection" "Commutation; High Pulse, DV/DT; Snubber" "DC Link, DC Filtering" "DC Link, DC Filtering; EMI, RFI Suppression; High Pulse, DV/DT" "DC Link, DC Filtering; High Frequency, Switching" "DC Link, DC Filtering; High Frequency, Switching; High Pulse, DV/DT" "DC Link, DC Filtering; High Frequency, Switching; Snubber" "DC Link, DC Filtering; High Pulse, DV/DT" "DC Link, DC Filtering; High Pulse, DV/DT; Snubber" "DC Link, DC Filtering; Snubber" "Decoupling" "Downhole" "EMI, RFI Suppression" "EMI, RFI Suppression; 3 Phase" "EMI, RFI Suppression; High Frequency, Switching" "EMI, RFI Suppression; High Frequency, Switching; High Pulse, DV/DT" "EMI, RFI Suppression; High Pulse, DV/DT" "ESD Protection" "General Purpose" "Hermetically Sealed" "High Frequency, Switching" "High Frequency, Switching; High Pulse, DV/DT" "High Frequency, Switching; High Pulse, DV/DT; EMI, RFI Suppression" "High Frequency, Switching; High Pulse, DV/DT; Power Factor Correction (PFC)" "High Frequency, Switching; High Pulse, DV/DT; Snubber" "High Frequency; High Pulse, DV/DT; Power Factor Correction (PFC)" "High Pulse, DV/DT" "High Pulse, DV/DT; Snubber" "High Reliability" "High Reliability, Automotive" "High Reliability, Automotive, Boardflex Sensitive" "High Reliability, Boardflex Sensitive" "High Reliability, Bypass, Decoupling" "High Temperature Reflow" "Medical, Non-Critical" "Motor Run" "Motor Start" "Power Factor Correction (PFC)" "RF, Microwave, High Frequency" "RF, Microwave, High Frequency, Automotive" "RF, Microwave, High Frequency, Boardflex Sensitive" "RF, Microwave, High Frequency, Bypass, Decoupling" "SMPS Filtering" "SMPS Filtering, Boardflex Sensitive" "SMPS Filtering, Bypass, Decoupling" "Safety" "Safety, Automotive" "Safety, Automotive, Boardflex Sensitive" "Safety, Boardflex Sensitive" "Snubber"

Attribute: metadata.lead-spacing

Values:

"0.013" (0.33mm)" "0.039" (1.00mm)" "0.059" (1.50mm)" "0.079" (2.00mm)" "0.098" (2.50mm)" "0.100" (2.54mm)" "0.125" (3.18mm)" "0.138" (3.50mm)" "0.150" (3.80mm)" "0.150" (3.81mm)" "0.170" (4.32mm)" "0.180" (4.57mm)" "0.197" (5.00mm)" "0.200" (5.08mm)" "0.201" (5.10mm)" "0.220" (5.59mm)" "0.236" (6.00mm)" "0.246" (6.25mm)" "0.250" (6.35mm)" "0.252" (6.40mm)" "0.275" (6.98mm)" "0.275" (6.99mm)" "0.276" (7.00mm)" "0.295" (7.50mm)" "0.299" (7.60mm)" "0.300" (7.62mm)" "0.315" (8.00mm)" "0.325" (8.25mm)" "0.330" (8.38mm)" "0.331" (8.40mm)" "0.335" (8.50mm)" "0.354" (9.00mm)" "0.364" (9.25mm)" "0.374" (9.50mm)" "0.375" (9.52mm)" "0.375" (9.53mm)" "0.380" (9.65mm)" "0.394" (10.00mm)" "0.400" (10.15mm)" "0.400" (10.16mm)" "0.402" (10.20mm)" "0.413" (10.50mm)" "0.421" (10.70mm)" "0.423" (10.75mm)" "0.450" (11.43mm)" "0.475" (12.06mm)" "0.476" (12.10mm)" "0.480" (12.20mm)" "0.492" (12.50mm)" "0.500" (12.70mm)" "0.531" (13.50mm)" "0.543" (13.80mm)" "0.544" (13.84mm)" "0.551" (14.00mm)" "0.559" (14.20mm)" "0.563" (14.30mm)" "0.575" (14.60mm)" "0.580" (14.73mm)" "0.591" (15.00mm)" "0.598" (15.20mm)" "0.600" (15.24mm)" "0.602" (15.30mm)" "0.614" (15.60mm)" "0.630" (16.00mm)" "0.650" (16.50mm)" "0.657" (16.70mm)" "0.669" (17.00mm)" "0.673" (17.10mm)" "0.675" (17.14mm)" "0.681" (17.30mm)" "0.688" (17.48mm)" "0.689" (17.50mm)" "0.700" (17.78mm)" "0.709" (18.00mm)" "0.720" (18.30mm)" "0.728" (18.50mm)" "0.732" (18.60mm)" "0.752" (19.10mm)" "0.768" (19.50mm)" "0.780" (19.80mm)" "0.787" (20.00mm)" "0.791" (20.10mm)" "0.795" (20.20mm)" "0.799" (20.30mm)" "0.827" (21.00mm)" "0.846" (21.50mm)" "0.866" (22.00mm)" "0.886" (22.50mm)" "0.921" (23.40mm)" "0.965" (24.50mm)" "0.969" (24.60mm)" "0.975" (24.76mm)" "0.980" (24.90mm)" "0.984" (25.00mm)" "1.000" (25.40mm)" "1.031" (26.20mm)" "1.043" (26.50mm)" "1.063" (27.00mm)" "1.083" (27.50mm)" "1.091" (27.70mm)" "1.094" (27.79mm)" "1.094" (27.80mm)" "1.094" (28.80mm)" "1.098" (27.90mm)" "1.169" (29.70mm)" "1.175" (29.84mm)" "1.220" (31.00mm)" "1.240" (31.50mm)" "1.252" (31.80mm)" "1.280" (32.50mm)" "1.299" (33.00mm)" "1.339" (34.00mm)" "1.343" (34.10mm)" "1.346" (34.20mm)" "1.375" (34.92mm)" "1.378" (35.00mm)" "1.406" (35.70mm)" "1.476" (37.50mm)" "1.496" (38.00mm)" "1.575" (40.00mm)" "1.614" (41.00mm)" "1.654" (42.00mm)" "1.795" (45.60mm)" "1.831" (46.50mm)" "1.969" (50.00mm)" "2.067" (52.50mm)" "2.953" (75.00mm)"

Metadata values are not sanitized.