PKM4319EPI Ericsson Power Modules, PKM4319EPI Datasheet
PKM4319EPI
Specifications of PKM4319EPI
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PKM4319EPI Summary of contents
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... These converters are designed to meet high reliability requirements and are manufactured in highly automated manufacturing lines and meet world-class quality levels . Ericsson Power Modules is an ISO 9001/14001 certified supplier . Datasheet ...
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... Ericsson Power Modules does not make any other warranties, expressed or implied including any warranty of merchantability or fitness for a particular purpose (including, but not limited to, use in life support applications, where malfunctions of product can cause injury to a person's health or life Comment EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Mechanical Information PKM 4000E PI Datasheet EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Mechanical Information HS-Option PKM 4000E PI Datasheet EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Ramping from lower voltage activated I min typ max -40 +110 -55 +125 -0 .5 +80 1500 100 2xV oi min typ max . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit ˚C ˚C Vdc Vdc Vdc Vdc Vdc Vdc Unit Vdc Vdc Vdc µ ...
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... Voltage) and the output remains SELV under normal and abnormal operating conditions . It is recommended that a slow blow fuse with a rating twice the maximum input current per selected product be used at the input of each DC/DC regulator . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... each axis 100 half sine -40 ... +100 ˚C 300 +85 ˚ 1000 hours 260 ˚ .13 s +55 ±5 ˚C +35 ±5 ˚C +35 ±5 ˚C with rubbing 125 ˚C 1000 h -45 ˚ 1000 h EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Pcb I O Omax I max ˚ Pcb Output min typ max 1 .175 .225 1 .08 1 .32 1 .165 1 .235 1 .175 1 .225 5 5 ±100 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 80 100 [°C] 3,0 ...
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... A/div .) . Bottom trace: output voltage (100mV/div .) Time scale ms/div . 1 - 5.11 kOhm R = adj 1 1 100 -1 + Δ 12 9.1 100 .152 V out 119.1 kOhm - 5.11 kOhm R = adj 1 1 100 - 9.1 100-4 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 =+25 °C, ...
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... Pcb I O Omax I max ˚ Pcb 11 Output min typ max 1 .468 .532 1 .35 1 .65 1 .455 1 .545 1 .455 1 .545 5 5 ±100 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Output voltage response to load current step-change (5-15 =+25 °C, Vin= Top trace: output Pcb voltage (100mV/div .) . Bottom trace: load current (5 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Omax T = +25 ° Pcb I O Omax I max ˚ Pcb 1 Output min typ max 1 .77 1 .80 1 .83 1 .62 1 .98 1 .75 1 .85 1 . ±150 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Output voltage response to load current step-change (5-15 =+25 °C, Vin= Top trace: output Pcb voltage (200mV/div .) . Bottom trace: load current (5 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Omax T = +25 ° Pcb I O Omax I max ˚ Pcb 1 Output min typ max 2 .45 2 .50 2 .55 2 .25 2 .75 2 .42 2 .58 2 . ±100 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Output voltage response to load current step-change (3 .75-11 .25-3 .37A =+25 °C, Vin= Top Pcb trace: output voltage (50mV/div .) . Bottom trace: load current (5 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... I O Omax T = +25 ° Pcb I O Omax T = +25 ° Pcb I O Omax I max ˚ Pcb 0 Output min typ max 3 . .37 2 . ±250 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 100 [°C] 2.5 3.0 ...
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... Output voltage response to load current step-change (3 .75-11 .25-3 . =+25 °C, Vin= Top Pcb trace: output voltage (200mV/div .) . Bottom trace: load current (5 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Omax T = +25 ° Pcb I O Omax T = +25 ° Pcb I O Omax I max ˚ Pcb Output min typ max .85 5 .15 4 . ±250 100 min typ max 180 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Output voltage response to load current step-change (2 .5-7 .5 =+25 °C, Vin= Top trace: Pcb output voltage (200mV/div .) . Bottom trace: load current (2 .5 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... Pcb I O Omax T = +25 ° Pcb I O Omax I max ˚ Pcb Output min typ max .74 12 .26 11 . ±300 100 100 150 min typ max 6,5 200 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 100 [°C] [m/s] 3.0 ...
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... Output voltage response to load current step-change (1 .05-3 .15-1 . =+25 °C, Vin= Top Pcb trace: output voltage (200mV/div .) . Bottom trace: load current (1 A/div .) Time scale ms/div . Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... I O Omax T = +25 ° Pcb I O Omax I max ˚ Pcb Output min typ max .70 15 .30 14 . ±300 100 . 100 150 70 TBD TBD min typ max 200 EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Unit µ p Unit % % % % W kHz ...
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... The heatsink option have approximately 5 °C improved derating compared with the PKM4000E without heatsink . The HS option is intended to be mounted on a cold wall to transfer heat away from the converter . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 100 [°C] 2.5 3.0 ...
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... Pcb trace: output voltage (200mV/div .) . Bottom trace: load current (1 A/div .) Time scale ms/div . kOhm ] Decrease 10000 Increase 1000 100 Output voltage adjust resistor value vs . percentage change in output voltage . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 =+25 °C, Pcb % [ ] 10 12 ...
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... Optional Connection to Earth Ground EMC Computer Reciver Ceramic Capacitor Tantalum Capacitor +Vout +Sense + Trim 0.1uF 10uF -Sense -Vout Output ripple and noise test setup EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 Resistive Load Load BNC Connector to Scope ...
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... Output voltage adjust function is according to information given under the output section . +Out +Sense Load V adj R adj -Sense -Out Decrease Circuit configuration for output voltage adjust EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ) +Out +Sense R adj Load V adj -Sense -Out Increase ...
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... The PKM 4000E Series DC/DC converters can be paralleled for redundancy if external o-ring diodes are used in series with the outputs . It is not recommended to parallel the PKM 4000E Series DC/DC converters for increased power without using external current sharing circuits . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... The real temperature will be dependent on several factors, like PCB size and type, direction of airflow, air turbulence etc . It is recommended to verify the temperature by testing . of DC/DC converter – temperature increase . ) - 1) × .1W EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 ...
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... For more information please refer to Design Note 002 . EN/LZT 146 051 R7A © Ericsson Power Modules, February 2007 For more ...
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... No license is granted by implication or otherwise under any patent or patent rights of Ericsson Power Modules . These products are sold only according to Ericsson Power Modules’ general conditions of sale, unless otherwise confirmed in writing . Specifications subject to change without notice . ...