RH-2405D/H6, Recom RH DC-DC Converter, ±5V dc/ ±100mA Output, ±21.6 V dc, ±26.4 V dc Input, 1W, Through Hole, +90°C Max Temp -40°C, Преобразователь

Recom 1W SIP7 Single/Dual Output Unregulated DC-DC Converters - RK/H6 and RH/H6 Series

The RK/H6 and RH/H6 series 1 W DC-DC converters feature high 6.4 kV dc isolation. They also feature an extended
operating temperature range up to +90°C without derating, yet are lower cost than standard high isolation converters.
They are suitable for demanding industrial and high isolation test and measurement applications.

Features & Benefits

High 6.4 kV dc isolation
Wide operating temperature range from -40°C to +90°C without derating
High capacitive load capability
Continuous short circuit protection
Built-in EN50022 Class A filter
Efficiency up to 80%

Approvals

IEC60950-1
UL60950-1

RECOM DC-DC Converter, 80kHz Operating Frequency, 74 to 77% Efficiency - RH Series - RH-2405D/H6

Use this DC-DC converter from RECOM for effective voltage regulation in demanding electrical applications. It steps down input voltages up to 24V DC to a stable 5V DC output. The converter also creates an isolation barrier to minimise the flow of current from voltages as high as 6.4kV, effectively preventing damage to your circuit components. An integrated filter removes all the ripple and noise in the DC input, giving you smooth signal transmission. By providing continuous short-circuit protection, it supports electrical safety for users and attached equipment.

Features & Benefits

• Compact dimensions of 19.6 (L) x 10.2 (W) x 7mm (H) for installation in busy setups
• Through-hole mounting style for a firm hold on the circuit board
• MTBF of 14,919,000 at +25°C for reliable long-term performance
• Broad operating temperature range of -40°C to +90°C for use in demanding conditions

Applications

• Industrial measurement devices
• Instrumentation
• TV and radio broadcast stations

What's the output current rating of this DC-DC converter?

The output current rating of this converter is ±100mA. It's important to ensure your output devices don't draw more than this amount of current, as this could cause the unit to overheat and fail.

Datasheet