Low cost 8 to 12W DC/DC Family in Compact DIP-24 Package

tech1 — Wed, 06 Oct 2021 22:41:34 GMT

Current Revision posted to Documents by tech1 on 10/6/2021 10:41:34 PM

XP Power has introduced three families of low power, isolated and regulated DC/DC converters.

XP Power announces three families of low power, isolated and regulated DC/DC converters.

In an industry standard metal-cased DIP-24 package measuring just 31.75 x 20.32 x 10.40 mm (1.25 x 0.80 x 0.40 inches), the converters offer 8, 10 and 12 Watt output models with a 2:1 input voltage range. The DIP-24 format makes them suitable as a low cost drop-in replacement or a power upgrade in existing end products; saving the need to re-design the PCB layout.

The JCJ08 and JCJ10 series are rated at 8 and 10 Watts respectfully while the JCG12 is rated at 12 Watts. The units offer the wide 2:1 input voltage options of 9 – 18 VDC, 18 – 36 VDC or 36 – 75 VDC, covering the nominal application voltages of 12, 24 and 48 VDC. Single output models are available with an output voltage of 2.5, 3.3, 5, 12 or 15 VDC. Dual output models offer +/- 12 or +/- 15 VDC outputs and +/-5 VDC for the JCJ08. The outputs are regulated to within +/-0.5% over all input conditions and to less than +/- 1% for all load conditions. The JCJ08 and JCJ10 models provide an input to output isolation of up to 1,500 VDC for 1 minute. The JCG12 series is rated to 1,600 VDC isolation.

Product information table:

Order Code	Mftr’s Part No.
1637888	JCJ1048S12
1637887	JCJ1048S05
1637890	JCJ1048D12
1637880	JCJ1024S12
1637879	JCJ1024S05
1637883	JCJ1024D15
1637882	JCJ1024D12
1637874	JCJ1012S15
1637872	JCJ1012S12
1637871	JCJ1012S05
1637875	JCJ1012D12
1637864	JCJ0848S12
1637863	JCJ0848S05
1637867	JCJ0848D12
1637857	JCJ0824S15
1637856	JCJ0824S12
1637855	JCJ0824S05
1637859	JCJ0824D12
1637847	JCJ0812S12
1637846	JCJ0812S05
1637852	JCJ0812D12
1637911	JCG1248S12
1637910	JCG1248S05
1637913	JCG1248D12
1637904	JCG1224S12
1637902	JCG1224S05
1637906	JCG1224D12
1637895	JCG1212S12
1637894	JCG1212S05
1637898	JCG1212D12

Tags: sp:xp_power, at:npi, date:1_01_09