CBS504805-T

工业品

价格：￥889.49价格含税（税率13%）

品牌名称: Cosel
商品型号: CBS504805-T
商品编号: C6876885
商品毛重: 1克(g)

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(1个/盒，最小起订量1个，递增量：1)

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产品特点 FEATURES

1 Compact Half Brick form factor, compliant with telecom market standard size

2 High efficiency (85% typical at rated DC48V input and 10A load)

3 High reliability design without built-in aluminum or tantalum electrolytic capacitors

4 Built-in protection circuits: overcurrent (auto-recovery over 105% rated load), overvoltage (5.75-7.00V range), and thermal protection

5 Integrated remote ON/OFF function (negative logic: L=ON, H=OFF)

6 Equipped with M3 mounting holes (model-specific "-T" option)

7 Broad input voltage range: DC36-76V; stable output:5V DC at10A

8 Low line and load regulation (10mV max each) for consistent output voltage

9 Low ripple noise:80mVp-p max (-20°C to +100°C),120mVp-p max (-40°C to -20°C)

10 Remote sensing function provided to compensate for voltage drops in output lines

11 Certified for safety and compliance: UL60950-1, C-UL recognized, TuV approved; CE, UKCA marking; RoHS Directive compliant; meets Low Voltage Directive and Electrical Equipment Safety Regulations

12 5-year manufacturer warranty for long-term reliability

13 Compact dimensions:57.9×12.7×61.0mm (W×H×D), max weight 83g

14 Conduction cooling via aluminum base plate for efficient heat dissipation

使用场景 APPLICATIONS

1 Telecom equipment (e.g., base stations, communication switches) as per standard Half Brick design for this market

2 Industrial control systems requiring stable DC power conversion from DC36-76V to5V

3 Network devices (routers, switches) and data communication equipment

4 Embedded systems and industrial automation tools needing compact, high-reliability power modules

5 Applications where remote ON/OFF control and built-in protection features are essential

6 Environments requiring compliance with international safety and RoHS standards

注意事项 PRECAUTIONS

1 Use conduction cooling: attach a heat sink to the aluminum base plate and follow derating curves based on base plate temperature to ensure optimal performance

2 When mounting multiple modules side by side, leave sufficient space for ventilation to maintain base plate temperature within acceptable limits

3 Avoid routing input/output DC patterns under the module to reduce conducted and output noise; place patterns away from the module

4 For noise shielding: add a copper pattern on the PCB connected to the CASE pin (or mounting hole for higher-power models) to reduce radiated high-frequency noise

5 Do not apply excessive stress to input/output pins (follow specified stress limits: e.g., ≤39.2N for +VOUT/-VOUT pins, ≤19.6N for others) to prevent internal connection damage

6 Soldering guidelines: flow soldering at ≤260°C for up to15 seconds; use a26W soldering iron at ≤450°C for up to5 seconds

7 Mounting hole torque: do not exceed0.49N•m (5.0kgf•cm) when tightening screws

8 Read the official instruction manual and safety documents before use to understand proper operation and precautions

9 Minimize temperature fluctuation range in applications with frequent power cycles to extend thermal fatigue life

10 Do not operate in the hatched areas of derating curves as this may lead to excessive ripple and noise