IPRS Băneasa βM336

Specifications

Type: linear integrated circuit
Function: 2.5 V voltage reference (shunt regulator)
Package: TO-39
Operating temperature range: −55…+125 °C, 0…+70 °C (see Variants)

Sources: [1]

Variants (2)

		Note	Compare
βM136	−55…+125 °C	preliminary data; VBR (1 mA) 2.490 V ± 50 mV
βM336	0…+70 °C	preliminary data; VBR (1 mA) 2.490 V ± 100 mV

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Description

The βM336 is a precision 2.5 V shunt regulator (voltage reference) integrated circuit made by IPRS Băneasa [1].

The I.P.R.S. Băneasa Full Line Condensed Catalog (1990) lists the βM136 and βM336, marked as preliminary data, as precision 2.5 V shunt regulator integrated circuits: these monolithic voltage references work as a low temperature coefficient 2.5 V zener diode with a dynamic impedance of 0.5 Ω [1].

The catalog gives an operating temperature of −55…+125 °C (βM136) and 0…+70 °C (βM336), reverse and forward currents of at most 10 mA, a reverse breakdown voltage (I = 1 mA) of 2.490 V ± 50 mV (βM136) and 2.490 V ± 100 mV (βM336), and a typical temperature stability, with Vout adjusted to 2.490 V, of 12 mV for the βM136 (−55 °C < Tamb < +125 °C) and 1.8 mV for the βM336 (0 °C < Tamb < +70 °C); it also mentions the easy external calibration, a ±1 % initial tolerance available, and the metal can [1]. Pins (TO-39, bottom view): 1 external adjustment, 2 anode (V+ or Vout), 3 cathode (electrically connected to the metal can) [1].

Gallery

IPRS Băneasa βM336: Pinout (1990 catalogue) — Pinout (1990 catalogue)

IPRS Băneasa βM336: TO-39 case outline (dimensions in mm) — TO-39 case outline (dimensions in mm)

Documents

No documents available yet.

References

[1]I.P.R.S. Băneasa – „Full Line Condensed Catalog”, 1990, section 2 „Linear integrated circuits”, „Industrial”, „βM 136, βM 336 – Voltage references”, p. 2-53