PH100S280-5 TDK Corporation, PH100S280-5 Datasheet

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PH100S280-5

Manufacturer Part Number
PH100S280-5
Description
Power Supply, Power Rating 100 Watt, Output Current Rating 20.00 Ampere
Manufacturer
TDK Corporation
Datasheet

Specifications of PH100S280-5

Lead Free Status / RoHS Status
Lead free / RoHS Compliant

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コンピュータ
コンピュータ
コンピュータ
コンピュータ
コンピュータ
ks
ph
pf-a
hk-a
hws
フォーマット
alpha
dlp
fps
通 信
通 信
通 信
通 信
通 信
医 療
コンピュータ
コンピュータ
・All specifications are subject to change without notice.
PH
■ Features
■ Applications
■ Product Line up
  Please see the following page.
コンピュータ
コンピュータ
コンピュータ
医 療
医 療
医 療
医 療
計 測
● Conduction cooling
● High efficiency
● High power density: 61.6W/inch
● Full-function model (F type)
  N+1 parallel redundancy operation
  Current sharing (load current balance)
  IOG (inverter operation monitoring signal)
  AUX (AUX-BIAS power output)
● Internal capacitor
  PH300S/PH600S: Ceramic capacitor only (high reliability)
PH50-150/300F: Aluminum electrolytic (output smooth-
ing), ceramic
通 信
通 信
計 測
計 測
通 信
通 信
計 測
通 信
F A
計 測
医 療
F A
医 療
F A
医 療
F A
半導体
医 療
F A
医 療
SERIES
計 測
F A
半導体
その他
その他
半導体
半導体
計 測
計 測
半導体
計 測
F A
計 測
半導体
その他
その他
F A
その他
その他
その他
F A
F A
半導体
F A
F A
その他
半導体
その他
その他
半導体
3
半導体
半導体
(600W type)
半導体
その他
その他
その他
その他
その他
Single Output, DC/DC Converter 50W-600W
その他
■ Model naming method
■ Conformity to RoHS Directive
This means that, in conformity with EU Directive 2002/95/
EC, lead, cadmium, mercury, hexavalent chromium, and
specific bromine-based flame retardants, PBB and PBDE,
have not been used, except for exempted applications.
PH 600 S 280 − 5
※ PH300F24-*はUL、 CSAおよびEN規格準拠
Nominal output voltage
Nominal input voltage
Function
 S: Simple function
 F: Full function
Output power
Series name
2
warranty
A
Y
E
R
S
B-299
PH

PH100S280-5 Summary of contents

Page 1

PH SERIES ks その他 医 療 計 測 F A 医 療 半導体 計 測 ph ■ Features ● Conduction cooling ● High efficiency ● High power density: 61.6W/inch pf-a ● Full-function model (F type) コンピュータ 通 信 コンピュータ 通 信 F A 半導体   N+1 parallel redundancy ...

Page 2

... Output Model (F) Model (S) Model (S) Current ― ― PH75F280-2 ― ― PH75F280-3 ― PH75S280-3.3 20A PH100S280-3.3 PH75F280-5 PH75S280-5 20A PH100S280-5 PH75F280-12 PH75S280-12 8.4A PH100S280-12 PH75F280-15 PH75S280-15 6.7A PH100S280-15 PH75F280-24 PH75S280-24 4.2A PH100S280-24 PH75F280-28 PH75S280-28 3.6A PH100S280-28 ― ― ― 600W ...

Page 3

PH PH 50S24 PH50S24 PH50S24 Specifications MODEL PH50S24-3.3 PH50S24-5 PH50S24-12 PH50S24-15 PH50S24-24 PH50S24-28 ITEMS/UNITS  Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) ...

Page 4

PH 100F24 PH300F24 MODEL PH100F24-2 PH100F24-3 PH100F24-5 PH100F24-12 PH100F24-15 PH100F24-24 PH100F24-28  ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation ...

Page 5

PH PH 300F24 PH300F24 PH300F24 Specifications MODEL ITEMS/UNITS  Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) ...

Page 6

PH PH 50S48  ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple & Noise ...

Page 7

PH PH 75S48 PH75S48 Specifications MODEL PH75S48-3.3 PH75S48-5 PH75S48-12 PH75S48-15 PH75S48-24 PH75S48-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % Output ...

Page 8

PH PH 75F48 PH75F48 MODEL PH75F48-2 PH75F48-3 PH75F48-5 PH75F48-12 PH75F48-15 PH75F48-24 PH75F48-28  ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load ...

Page 9

PH PH 100S48 PH100S48 PH100S48 Specifications MODEL PH100S48-3.3 PH100S48-5 PH100S48-12 PH100S48-15 PH100S48-24 PH100S48-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % ...

Page 10

PH PH 150S48 PH150S48  ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple & ...

Page 11

PH PH 150F48 PH150F48 PH150F48 Specifications  MODEL PH150F48-2 PH150F48-3 PH150F48-5 PH150F48-12 PH150F48-15 PH150F48-24 PH150F48-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy ...

Page 12

PH PH 300S48  ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Maximum Line Regulation (*2) mV Output Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple & Noise ...

Page 13

PH PH 300F48 PH300F48 PH300F48 Specifications  MODEL PH300F48-2 PH300F48-3 PH300F48-5 PH300F48-12 PH300F48-15 PH300F48-24 PH300F48-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy ...

Page 14

PH PH 50S110 PH50S110 MODEL PH50S110-5 PH50S110-12 PH50S110-15 PH50S110-24 PH50S110-28 ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV ...

Page 15

PH PH 75S110 PH75S110 PH75S110 Specifications MODEL PH75S110-5 PH75S110-12 PH75S110-15 PH75S110-24 PH75S110-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % Output ...

Page 16

PH PH 75F110 PH75F110 MODEL PH75F110-2 PH75F110-3 PH75F110-5 PH75F110-12 PH75F110-15 PH75F110-24 PH75F110-28 ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation ...

Page 17

PH PH 150S110 PH150S110 PH150S110 Specifications MODEL ITEMS/UNITS Voltage Range (*6) V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) ...

Page 18

PH PH 150F110 PH150F110 MODEL PH150F110-2 PH150F110-3 PH150F110-5 PH150F110-12 PH150F110-15 PH150F110-24 PH150F110-28 ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation ...

Page 19

PH PH 300F110 PH300F110 PH300F110 Specifications MODEL PH300F110-2 PH300F110-3 PH300F110-5 PH300F110-12 PH300F110-15 PH300F110-24 PH300F110-28 ITEMS/UNITS Voltage Range (*6) V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy ...

Page 20

PH PH 50S280 MODEL ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple & Noise ...

Page 21

PH PH 75S280 PH75S280 Specifications MODEL ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum ...

Page 22

PH PH 75F280 MODEL ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple & Noise ...

Page 23

... No load - full load, constant input voltage. (*4) Constant current limiting with automatic recovery. (*5) Inverter shutdown method, manual reset. 100 ・All specifications are subject to change without notice. PH100S280-3.3 PH100S280-5 PH100S280-12 PH100S280-15 PH100S280-24 PH100S280-28 DC200 - 400 0.32 0.44 3 ...

Page 24

PH PH 150S280 MODEL PH150S280-3.3 PH150S280-5 ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Output Maximum Line Regulation (*2) mV Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple ...

Page 25

PH PH 150F280 PH150F280 Specifications MODEL PH150F280-2 PH150F280-3 PH150F280-5 PH150F280-12 PH150F280-15 PH150F280-24 PH150F280-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) % ...

Page 26

PH PH 300S280 PH300S280  MODEL ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Maximum Line Regulation (*2) mV Output Maximum Load Regulation (*3) mV Temperature Coefficient Maximum Ripple ...

Page 27

PH PH 300F280 PH300F280 Specifications  MODEL PH300F280-2 PH300F280-3 PH300F280-5 PH300F280-12 PH300F280-15 PH300F280-24 PH300F280-28 ITEMS/UNITS Voltage Range V (*1) % Input Efficiency (typ) Current (typ) (*1) A Nominal Voltage VDC Maximum Current A Maximum Power W Voltage Setting Accuracy (*1) ...

Page 28

PH PH 600S280 PH600S280 MODEL PH600S280-3.3 PH600S280-5 PH600S280-12 PH600S280-15 PH600S280-24 PH600S280-28 PH600S280-48 ITEMS/UNITS Voltage Range Input Efficiency (typ) Current (typ) Nominal Voltage Maximum Current Maximum Power Voltage Setting Accuracy (*1) % Maximum Line Regulation (*2) mV Output Maximum Load Regulation ...

Page 29

PH PH 50S, 75S, 75F, 100S, 150S 【PH50S】 (Package Type: T41) 【PH75S】 (Package Type: T41) See note C See note B NAME PLATE See note A NOTES A: Model name, input voltage range, nominal output voltage, maximum output current, country ...

Page 30

PH PH 100F, 150F, 300F 【PH100F】 (Package Type: T83) 【PH150F】 (Package Type: T83) 【PH300F】 (Package Type: T146) PH B-328 Outline Drawing See note C See note B NAME PLATE See note A See note C NAME PLATE See note A ...

Page 31

PH PH 300S, 600S 【PH300S】 (Package Type: T83) See note B 【PH600S】 (Package Type: T146) See note B See note E See note C ・All specifications are subject to change without notice. Outline Drawing See note C NAME PLATE See ...

Page 32

... OTP Switching frequency (fixed)   PH50S24:315kHz   PH50S48, PH75S48:330kHz   PH100S48, PH150S48:300kHz   PH50S110, PH75S110, PH150S110:330kHz   PH50S280, PH75S280, PH100S280, PH150S280:330kHz   PH300S, PH600S:200kHz Sequence Time Chart OVP Set Point OCP Set Point +V −V ...

Page 33

PH PH 75F, 100F, 150F, 300F 【 PH75F, PH100F, PH150F, PH300F】 +Vin −Vin CNT SG 【 PH75F, PH100F, PH150F, PH300F】 H Input Voltage L H Output Voltage L *1 ON/OFF H Control L H IOG AUX L ...

Page 34

150 300F PH50 - 150 300F Instruction Manual Before Using The Power Supply Pay attention to all warnings and cautions before using the unit. Incorrect usage could lead to an electric shock, damage to unit ...

Page 35

150 300F Time Figure1-2: Input Ripple Voltage 図1−1 リ ッ プル電圧 ●Basic Connection Fuse L1 +Vin +S + + +V C1a C1b −Vin SG −V CNT −S 4700pF TRM C2 PC IOG AUX Baseplate Figure1-3 : ...

Page 36

150 300F Recommended Capacitor Values:    24VDC Input: 470μF    48VDC Input: 100 - 470μF    110VDC Input: 220 - 470μF    280VDC Input 47μF Switch Fuse L1 C1a C4 + + Switch Fuse C4 C1a + ...

Page 37

150 300F +V + − TRM Figure2-2: Connection Example of External 図2 − 2 外付け抵抗の接続例1 Resistor Network #1 (±S端子無 し) (no ±S Terminal, PH50S/PH75S) +S +S +V + +V + −V −V −S ...

Page 38

150 300F Input Voltage ( VDC ) < 2 8 0 VDC Input> 120 110 100 90 0 200 220 240 Input Voltage ( VDC ) Figure2-5: Limitation of Input Voltage ...

Page 39

150 300F As Short as Possible +V + Load −V 1.5m 50Ω Coaxial Cable 50mm JEITA Attachment   R:50Ω   C:4700pF Figure3-1: Measurement Method of Maximum Output Ripple Voltage (including Noise) 4 MAXIMUM LINE REGULATION Maximum line regulation ...

Page 40

150 300F 1) The maximum applied voltage to CNT terminal is 35V, and the reversed voltage is -0.7V maximum. Source current of CNT terminal is approximately 0.5mA. If the wire would be long, attach 0.1 ...

Page 41

150 300F When OCP is operating, IOG signal becomes unstable. Ground of IOG terminal is -S terminal. In parallel operation as shown as Figure13-1, the minimum load current shall be more than 10% of the ...

Page 42

150 300F This series is designed to withstand 500VDC between output and baseplate for 1 minute. When the test would be carried out at incoming inspection etc., be sure not to apply AC voltage; apply ...

Page 43

150 300F 3. PH-SERIES Parallel Operation 1 INTRODUCTION PH series (F type only) equally shares current by connect- ing each PC terminal of power module in parallel. There are 2 different parallel operations as follows. (1)Parallel ...

Page 44

150 300F 4 N+1 REDUNDANT OPERATION (a)N+1 Redundant connection +S +V + −V −S PC +S +V + −V −S PC Figure4-1: N+1 Redundant Operation (b)Redundant Operation with programmed output voltage +S +V + −V −S TRM ...

Page 45

PH 300S, 600S PH300S, 600S Series Instruction Manual Before Using The Power Supply Pay attention to all warnings and cautions before using the unit. Incorrect usage could lead to an electrical shock, damage to unit, or fire hazard. Warning ● ...

Page 46

PH 300S, 600S 2. Explanations on Specifications 1 Input Voltage Range Input voltage ranges for PH300S, 600S series are as fol- low. 48VDC Input : 76VDC 280VDC Input : 200 - 400VDC Input voltage normally includes ripple voltage ...

Page 47

PH 300S, 600S C2, C3: 4700pF Use a ceramic capacitor that has high withstand voltage to reduce the output spike voltage. 48VDC Input : 1.5kVAC or above 280VDC Input : 3kVAC or above Select the capacitor from the above recommended ...

Page 48

PH 300S, 600S Reversed Connection of Input An error of reverse (+,−electrodes) input may cause of damage of the power module. If there is possibility to con- nect the module conversely by accident necessary to attach a protective ...

Page 49

PH 300S, 600S As short as possible +V + Load −V 1.5m 50Ω Coaxial Cable JEITA Attachment   R:50Ω   C :4700pF Figure 3-2 Measurement of Maximum Output Ripple & Noise (Example : PH600S) 4 Maximum Line Regulation The maximum ...

Page 50

PH 300S, 600S  ON/OFF Control (CNT Terminal) Without turning the input on and off, the output can be en- abled and disabled by CNT function. The control circuit is at input (primary) side, and CNT terminal pin is used. ...

Page 51

PH 300S, 600S operation possible to operate. Note the output derat- ing is necessary in case that the baseplate temperature is over 90℃ for PH300S and over 85℃ for PH600S. Refer to “Thermal Design” ” in Application Notes ...

Page 52

PH 300S, 600S Withstand Voltage Tester Baseplate 3kVAC 1 minute (20mA) (48VDC Input Model: 1.5kVAC) Figure20-2 Withstand Voltage Test for Input - Baseplate +Vin −Vin CNT Withstand Voltage Tester Baseplate 500VDC 1 minute Figure20-3 Withstand Voltage Test for Output - ...

Page 53

PH 300S, 600S 3. PH300S, 600S Parallel Operation 1 INTORDUCTION PH300S, 600S series are applicable to operate in parallel with an external circuit using CS signal terminal. There are 2 different kinds of parallel operation. (1)Parallel Operation It is possible to ...

Page 54

PH 300S, 600S (b)Control Circuit of Parallel Operation (1)Parallel Operation In case that the output of PH modules are connected in parallel without control circuit of parallel operation, cur- rent starts to flow from a power module with higher output ...

Page 55

PH 300S, 600S control terminal for parallel operation connected in all of PH modules in parallel operation. Shorten a wire between PC terminals as much as possible. Unavoidably the wire is long, then use twisted ...

Page 56

PH 300S, 600S 5 Parallel Operation (a)Parallel operation to enhance the output and to im- prove the reliability + + + − − − − Control Circuit of Parallel Operation + + + − − − − Control Circuit of Parallel Operation ...

Page 57

PH 300S, 600S (b)Connection of N+1 Redundant Operation at pro- grammed output voltage within the range + + + − − − − Control Circuit of Parallel Operation + + + − − − − Control Circuit of Parallel Operation ...

Page 58

B-356 ...

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