General view

D32F05…D32F10

IPRS Băneasa

Also known as
D32F05, D32F1, D32F2, D32F3, D32F4, D32F5, D32F6, D32F8, D32F10
Year
Unknown
Category
Components
Type
Diodes
Documentation score
1/5
Last edited
25 OCT 2026

Specifications

Material
Si
Type
fast switching diode
Repetitive peak reverse voltage (VRRM)
10 different values (see Variants)
Max. average forward current (IFAVM)
32 A
IFAVM given at
TC = 90 °C (see Variants)
Repetitive peak forward current (IFRM)
100 A (see Variants)
Surge forward current (IFSM, 10 ms)
300–400 A (see Variants)
I²t
450–800 A²s (see Variants)
Forward voltage (VF)
1.5 V (see Variants)
VF measured at IF
30 A (see Variants)
Threshold voltage (VF0)
1.1 V (see Variants)
Slope resistance (rF)
9 mΩ (see Variants)
Reverse current (IR)
5 mA (TJ = 100 °C) (see Variants)
Reverse recovery time (trr)
800 ns
Max. junction temperature (Tj)
150 °C (see Variants)
Thermal resistance, junction–case (Rth j-c)
1 °C/W
Package
DO-5

Sources: [1][3]

Variants (10)

NoteCompare
D32F05…D32F1050…1000 V——300450——————the whole series, as given elsewhere on this page
D32F0550TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F1100TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F2200TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F3300TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F4400TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F5500TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F6600TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F8800TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue
D32F101000TC = 90 °C1004008001.5301.195 mA (TJ = 100 °C)1501990 catalogue

Click a column heading to sort. „+” adds a variant to the comparison (D32F05…D32F10).

Description

The D32F05…D32F10 is a series of high-power fast silicon diodes made in Romania by IPRS Băneasa, listed in the Agenda radioelectronistului (2nd edition, 1989) among the fast silicon switching diodes, with a repetitive peak reverse voltage VRRM of 50…1000 V and a maximum average forward current IFAVM of 32 A [1]. The package drawing is in the Gallery.

The table prints the series as „D32 F05 (R)… …10(R)”, with VRRM 50…1000 V given for the whole series; each code also exists with R [1]. It gives a reverse recovery time trr of 800 ns, IFAVM 32 A at 90 °C, IFSM 300 A at 150 °C, I²t 450 A²s at 150 °C and a junction-to-case thermal resistance of 1 °C/W [1]. The column header gives IFAVM in mA (at 25 °C); for this row the value only makes sense in amperes, with its temperature in brackets [1].

Coded as (IPRS Băneasa code for medium- and high-power silicon rectifier diodes, NTR 19036-80) [2]:

Part Meaning
D function: diode
32 average forward current IFAV, in A
F type: fast (N = normal, R = reverse polarity, A = controlled avalanche)
05 … 10 repetitive peak reverse voltage VRRM: here in hundreds of volts (05 = 50 V), while the coding table writes it in volts

In the coding table R takes the place of N and means reverse polarity (anode on the base); here it is printed after the code, „(R)” [1][2].

The I.P.R.S. Băneasa Full Line Condensed Catalog (1990) lists the D32F05…D32F10 (9 codes) among the „Fast recovery rectifiers ( IFAVM < 100 A )” of its „Rectifiers” section [3]. The codes new on this page and the catalog values it did not have (IFAVM temperature, IFRM, VF, IF of VF, VF0, rF, IR, TJM) are under Variants [3]. In this table VF and IR are maximum values (at the IF and TJ given), VF0 is a maximum, trr is a maximum (in µs) and i²t is printed in kA²s; the codes marked „(R)” are also made with reverse polarity [3]. For all the codes of this table the catalog gives IFSM 400 A; i²t 800 A²s (elsewhere on this page: IFSM 300 A; i²t 450 A²s) [3].

Documents

No documents available yet.

References

  1. [1]N. Drăgulănescu – „Agenda radioelectronistului”, 2nd edition, Editura Tehnică, 1989, section 27.3.2 „Diode pentru semnale de mică putere produse în RSR” (producător: IPRS-Băneasa), „Diode cu siliciu de comutație (rapide și ultrarapide)”, pp. 512–513
  2. [2]N. Drăgulănescu – „Agenda radioelectronistului”, 2nd edition, Editura Tehnică, 1989, section 27.1.2 „Diode redresoare produse în R.S.R.”, „Codificarea unor diode redresoare cu siliciu de medie/mare putere, produse de IPRS – Băneasa (conf. NTR 19036-80)”, p. 489
  3. [3]I.P.R.S. Băneasa – „Full Line Condensed Catalog”, 1990, section 5 „Silicon diodes”, „Rectifiers”, „Fast recovery rectifiers ( IFAVM < 100 A )”, pp. 5-48…5-49