IPRS Băneasa CC 30.00

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Specifications

Type

ceramic multilayer chip, type I

Capacitance (Cn)

3.3…10000 pF

Capacitance, min

3.3 pF

Capacitance, max

10000 pF

Tolerance

±0.25 pF, ±0.5 pF (Cn ≤ 10 pF); ±2 %, ±5 %, ±10 %, ±20 % (Cn > 10 pF)

Rated voltage (Un)

50–200 V (see Variants)

Dissipation factor (tan δ)

≤ 0.15 % (Cn ≥ 500 pF); ≤ 1.5·(150/Cn + 7)·10⁻⁴ (5 pF < Cn < 500 pF)

Dielectric strength

2.5 Un

Temperature coefficient, nominal

0 10⁻⁶/°C

Temperature coefficient (αC)

0 … ±30·10⁻⁶/°C (−55…+125 °C)

Climatic category

55/125/56

Package

chip (parallelepiped with two soldering bands)

Length (L)

2.03–5.59 mm (see Variants)

Width

1.27–6.35 mm (see Variants)

Max. height (Hmax)

1.27–2.56 mm (see Variants)

Application

general-purpose and professional circuits, including hybrid circuits and microcircuits

Variants (15)


CC 30.02 (50 V)	3.3 pF … 0.47 nF	3.3	470	50	2.03	1.27	1.27
CC 30.02 (100 V)	3.3 pF … 0.22 nF	3.3	220	100	2.03	1.27	1.27
CC 30.02 (200 V)	3.3 pF … 0.1 nF	3.3	100	200	2.03	1.27	1.27
CC 30.03 (50 V)	68 pF … 2.7 nF	68	2700	50	3.18	2.14	2.04
CC 30.03 (100 V)	68 pF … 1.2 nF	68	1200	100	3.18	2.14	2.04
CC 30.03 (200 V)	68 pF … 0.68 nF	68	680	200	3.18	2.14	2.04
CC 30.04 (50 V)	330 pF … 6.8 nF	330	6800	50	4.32	3.18	2.28
CC 30.04 (100 V)	330 pF … 2.7 nF	330	2700	100	4.32	3.18	2.28
CC 30.04 (200 V)	330 pF … 1.5 nF	330	1500	200	4.32	3.18	2.28
CC 30.05 (50 V)	1000 pF … 10 nF	1000	10000	50	5	4.57	2.56
CC 30.05 (100 V)	1000 pF … 5.6 nF	1000	5600	100	5	4.57	2.56
CC 30.05 (200 V)	1000 pF … 3.9 nF	1000	3900	200	5	4.57	2.56
CC 30.06 (50 V)	2200 pF … 10 nF	2200	10000	50	5.59	6.35	2.56
CC 30.06 (100 V)	2200 pF … 8.2 nF	2200	8200	100	5.59	6.35	2.56
CC 30.06 (200 V)	2200 pF … 5.6 nF	2200	5600	200	5.59	6.35	2.56

Click a column heading to sort. „+” adds a variant to the comparison (CC 30.00).

Description

The CC 30.00 is a series of type I multilayer ceramic „chip” capacitors – a parallelepiped block with two soldering bands to which leads can be attached – for general-purpose and professional circuits, including hybrid circuits and microcircuits [1]. The Agenda radioelectronistului (2nd edition, 1989) lists five package codes, CC 30.02 to CC 30.06, from 3.3 pF to 10 nF, at 50, 100 and 200 V DC [1]. The table gives for each package code the smallest capacitance (in pF) and the largest (in nF) at 50, 100 and 200 V; the page lists one row per code and voltage [1].

The Agenda does not say which works made the series: for the whole section on capacitors made in Romania it lists IPEE Electroargeș of Curtea de Argeș, Tehnoton of Iași, IIS Electronica of Bucharest and IPRS Băneasa as producers, and the 1st edition (1983) names only the first three [3][4]. It is listed here as made by IPRS Băneasa; Un secol de electronică în România says that the ceramic capacitor line of IPRS passed to IPEE Curtea de Argeș in 1973 [5].

Coded as [3]:

Part	Meaning
CC	multilayer „chip” capacitor, type I
30	technological family („familia tehnologică”)
02…06	package code („codul capsulei”)

The 1st edition (1983) gives the largest capacitances in µF, with other values, has a smaller code, CC 30.01, other widths for CC 30.03, 30.05 and 30.06 and the tolerance ±1 % in addition [2]. The heading reads „Condensatoare ceramic multistrat” in both editions [1][2].

Rated voltages are DC („Vcc”). Dimensions in mm (fig. 20.57): length L ± 0.5, width l ± 0.5 and maximum height Hmax from the table; the soldering bands are B = 0.51 (CC 30.02) or 0.76 mm (± 0.25) long [1].

References

[1]N. Drăgulănescu – „Agenda radioelectronistului”, 2nd edition, Editura Tehnică, 1989, section 20.4.4.7 „Condensatoare ceramic multistrat „chip”, tip I, seria CC 30.00”, pp. 297–298

[2]N. Drăgulănescu – „Agenda radioelectronistului”, 1st edition, Editura Tehnică, 1983, section 3.5.4.4.7 „Condensatoare ceramic multistrat „chip”, tip I, seria CC 30.00”, pp. 267–268

[3]N. Drăgulănescu – „Agenda radioelectronistului”, 2nd edition, Editura Tehnică, 1989, sections 20.4 „Condensatoare produse în R.S.R.” (p. 248) and 20.4.4.1 „Codificare – marcare (în clar sau în codul culorilor)” (pp. 291–293)

[4]N. Drăgulănescu – „Agenda radioelectronistului”, 1st edition, Editura Tehnică, 1983, sections 3.5.4 „Condensatoare produse în R.S.R.” (p. 218) and 3.5.4.4.1 „Codificare – marcare (în clar sau în codul culorilor)” (pp. 261–263)

[5]N. Millea, I. Constantinescu (coord.) – „Un secol de electronică în România”, Editura Academiei Române, 2020, section VIII.1.2.6, pp. 408–411

CC 30.00

Specifications

Variants (15)

Description

Gallery

Documents

References