Characteristics

Conditions

Min.

Typ.

Max.

Output Current

R-61xxP/D

0.1A

1.1A

R-62xxP/D

0.2A

2.0A

Output Current Limit

4A

4.5A

5A

Short Circuit Input Current

Vin > 12V

20mA

100mA

Short Circuit Protection

Continuous, automatic recovery

Output Voltage Accuracy

At 100% Load

±1%

±2%

Line Voltage Regulation (Vin = min. to max. at full load)

0.5%

Load Regulation (10 to 100% full load)

R-61xxP/D

0.5%

R-62xxP/D

1.0%

Vo Ripple & Noise

R-61xxP/D

40mVpp

100mVpp

R-62xxP/D

40mVpp

120mVpp

Transient Response (see note 1)

50% Load Change

100us

200us

Vout Over / Undershoot

5%

Remote ON / OFF (see note 2)

Open or high (Power ON)

2.0V

10V

(positive logic)

Low (Power OFF)

0.8V

Remote Off Input Current

Remote ON/OFF low level

100µA

Max capacitance Load

with normal start-up time, no external diodes

200µF

with <1 second start up time + diode protection circuit

6800µF

Switching Frequency

200kHz

250kHz

300kHz

Quiescent Current

Vin = min. to max. at 0% load

6mA

10mA

Operating Temperature Range

-40°C

+85°C

Storage Temperature Range

-40°C

+125°C

Case Material

Non-Conductive Black Plastic

Potting Material

Epoxy (UL94V-0)

internal Power Dissipation

Io x Vo x (1-Efficiency)

1.0W

Package Weight

9g

Packing Quantity

15 pcs per Tube

MTBF (Nominal Vout, 100% load)

Tamb. = +25°C

563 x 10³ hours

Tamb. = +71°C

117 x 10³ hours

EN General Safety

Report: SPCLVD 1301028-1

EN60950-1:2006 + A12:2011

R-6xxxP_D

Series

Specifications (refer to the standard application circuit, Ta: 25°C)

Output Current vs Input Voltage

Notes:

INNOLINE

DC/DC-Converter

2

1

14

9.0

28

Input Voltage (V)

0

1.2A

R-61XX

24

32

90

60

20

40

1.5

1

0.5

Internal Power Dissipation (W)

0

80

85

0.7

1. Requires a 100µF electrolytic or tantalum output capacitor for proper operation in all applications (the capacitor to be placed as close as possible to the output pins).

2. ON / OFF pin can be driven by TTL (logic gate), open-collector bipolar transistor or open-drain MOSFET.

3. Output Current vs. Input Voltage (see graph below).

Application Notes chapter "MTBF"

at Vin = 32VDC

Efficiency = 93% (see ”Selection Guide” table)

Vo = 12VDC

Io = 1W / 12V x (1-0.93) = 1.19A

Max output current calculation:

Internal power dissipation

(1W) = Io x Vo x (1-Efficiency)

Io = 1(W) / Vo x (1-Efficiency)

at Vin = 14VDC

Efficiency = 96% (see ”Selection Guide” table)

Vo = 12Vdc

Io = 1W / 12V x (1-0.96) = 2.08A

Example : R-6212P

I-52

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REV: 1/2016