POW-R-BRIK Phase Control Modules Amperes/ Volts. Z9A Outline

Transcription

1 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts OUTLINE DRAWING MARKING: DEVICE AND DIRECTION ACCORDING TO CIRCUIT CONFIGURATION CHART G TAPPED HOLE x 0. DEEP TYP. PLACE C L K1 MARKING: TYLE NO. WITH DATE CODE & MFG. LOCATION CODE (CUTOMER PART NO. OPTIONAL) Outline Drawing Z7A Outline Dimension Inches Millimeters A 6.0. B C D E 0.28 Dia. Dia. 8. F G 5/-18 5/-18 UNC-2B UNC-2B H J K L Mounting Bolt (E) Torque Limit is 11 ft.-lb. F X2 Electrical terminal (G) torque limit is 11 ft.-lb. for type Z7A and ft.-lb. for ZA. Apply a thin coating of thermal joint compound to heat sink surface prior to module mounting. Module weights: Z7A weighs 6 lbs. while the ZA module weighs 11 lbs. If incoming tests are done for isolation voltage, the voltage should be applied in a slow manner rather than abruptly imposed on the device. The voltage should be applied between the top terminals, which must be shorted together, and the metal case. The metal case is anodized and provides added voltage isolation capability if not damaged: factory hi-pot test is achieved without the benefit of the anodized coating. F A2 E Ø THRU HOLE TYP. 4 PLACE (FOR TYP. 1/4- OCKET HD. CR.) (& BELLEVILLE PRING WAHER) GATE (WHITE) & CATHODE (RED) LEAD 12.5" LONG WITH 0." LONG TRIPPED END CAE ANODIZED PER MIL-A-86, TYPE II C C L A C L L TYP. 4 PLACE MARKING: K1 AI/K2 (ANODE)/(CATHODE), AND A2 (ANODE) A HOWN ENOR (WHITE) LEAD 12.5 ±0.5" LONG WITH 0." IN LONG TRIPED END H D B K THI URFACE MUT BE PROTECTED AND NOT DAMAGED J Amperes/0-0 Volts ZA Outline Dimension Inches Millimeters A 7.. B.70.8 C D E 0.28 Dia. Dia. 8. F G /8- /8- UNC-2B UNC-2B H J K L Ordering Information: elect the complete thirteen digit module part number you desire from the Configuration Reference Description. Example: PZ7A00W is a 1 Volt, Ampere Average, Dual CR Module with the standard thermistor. Description: Powerex Modules are designed for medium and high current power control applications. Modules feature an electrically isolated package that simplifies system packaging, installation and cooling. Modules utilize Compression Bonded Encapsulation (CBE) mounting and double side cooling of the semiconductor elements. The Z7A outline uses mm or 8mm elements and the ZA outline uses mm elements. tandard circuit configurations include Dual CR, Dual Diode, CR/Diode, and Diode/CR. Additional circuit configurations, e.g. ingle, Common Cathode, Common Anode, and special element types, e.g. Fast witch CRs, Fast Recovery Diodes, GTOs, and Transistors are available. Features: Electrically Isolated Packaging Anodized Aluminum Housing Internal Copper Contacting Gold Contacting Internal Temperature ensor Compression Contacting Applications: AC Motor tarters DC Motor Controls Resistance Welding Controls Mining Power Centers High Voltage Motor tarters Transportation ystems P-1

2 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts Configuration Reference: The part number system takes the form P Z7A 00 W where: P is the configuration number. The configurations are shown pictorially in the right hand column. Z7A is the package type per the outline drawings Z7A and ZA on this data sheet. denotes the element code. The Code Reference at the end of this data sheet provides information on the standard element codes including the corresponding disc device using the element. Refer to the appropriate disc package data sheets in the Powerex emiconductor Data Book for additional device specifications. 00 denotes special features: 00 module includes standard thermistor XT no thermistor AA-ZZ denotes unique customer specification W denotes voltage code per the table below.note that not all voltage ratings are available for every element.refer to the Code Reference for available voltage ranges for a given element. s Voltage Voltage Rating Code 0 V04 V V08 00 W 1 W12 W14 1 W 1800 W18 0 W 2 W22 W24 2 W W28 0 W0 Circuit Configurations: P1 - DIODE P4 - FAT DIODE* 1 P2 - CR/DIODE P5 - FAT CR/FAT DIODE* P - CR/CR P6 - FAT CR/FAT CR* 1 2 P7 - DIODE/CR P8 - FAT DIODE/FAT CR* 1 2 * Consult Factory for Available Ratings. P-2

3 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts Typical Thermistor Circuit Thermistor temperatures can be measured using the following circuit arrangement in conjunction with a 5 volt source.resistance values for R 1 and R 2 are specified for two operating temperature ranges. 5 VOLT UPPLY R 1 R 2 V O THERMITOR POW-R-BRIK 1. Temperature range, C through 1 C R 1 =.5K ohms R 2 = 8 ohms V 0 = 2.5 volts at 0 C 2. Temperature range, 0 C through 1 C R 1 = 2.2K ohms R 2 = 0 ohms V 0 = 2.45 volts at 1 C GATE CONTROL: PROTECTION CIRCUIT The output signal (V 0 ) is approximately 0 mv/ C over the temperature range indicated. Thermistor Characteristics Average Thermistor Thermistor Temperature Resistance Temp. teady tate Dynamic Ohms C C (Min.) C (Max.) ➁ ➂ Curve matched ±2% over temperature range of + C to +1 C.Resistance tolerance specified at +1 C, ±6%. ➁ Without self heating, mw maximum thermistor dissipation. ➂ Use ensor at T j ohms from characteristics for recommended steady state overload trip resistance. TRANIENT THERMAL IMPEDANCE, Z (J-C) (t), ( o C/WATT) TRANIENT THERMAL IMPEDANCE, Z (J-C) (t), ( o C/WATT) -1-2 TRANIENT THERMAL IMPEDANCE CHARACTERITIC (JUNCTION-TO-CAE) Z7A - ONE CONDUCTING PER MODULE, TIME, t, (ECOND) TRANIENT THERMAL IMPEDANCE CHARACTERITIC (JUNCTION-TO-CAE) ZA - ONE CONDUCTING PER MODULE, TIME, t, (ECOND) P-

4 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts Maximum Ratings and Electrical Characteristics Voltage Gate Current, peed of * Voltage Gate Current peed Part Number V DRM /V RRM V RM dv/dt➁ (V/µs) V GT I GT ➂ di/dt➃ (A/µs) I DRM /I RRM I TM /I FM ➄ (ka) (ka) CR t q (µs) Diode t rr (µs) Isolation Voltage** V RM trike Distance Terminals to K 1 /A 1 I RM Case (In.) K 2 /A 2 (In.) Diode/Diode P1Z7AAR700W P1Z7A00W P1ZAAR00W P1ZACR00W P1ZADR00V Half Control CR/Rectifier P2Z7ABB700W P2Z7ACB700W P2ZAAA00W P2ZABA00W P2ZACA00W Full Control CR/CR PZ7A00W PZ7A00W PZ7AAT800W PZ7ABT800W PZ7ACT800W PZAAT00W PZABT00W PZACT00W Half Control Rectifier/CR ➇ P7Z7ABB700W P7Z7ABC700W P7ZAAA00W P7ZAAB00W P7ZAAC00W Applies for zero or negative gate bias. ➁ Higher dv/dt ratings available, consult factory. ➂ With recommended gate drive. ➃ Per JEDEC standard R-7, ➄ Per JEDEC R-7, ➅ Bottom side cooled. ➆ Consult recommended mounting procedures. ➇ Designs are available for Current ource Inverter applications, consult factory. ➈ Reflects substantial derating necessary with single C/W or C/W sink. * location indicated by or. ** Hi-Pot. 60Hz, 1 min. test P-4

5 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts Part Number I T(av) ➅ Current and Thermal Ratings of Module Current C ( C) Maximum Power Dissipation (W) T j ( C) j (Ω) R (J-C) per Module ( C/W) R (C-) per Module ➆ R (C-A) ( C/W) ( C/W) Units per ink T A ( C) 1 AC witch I RM Circuit Currents AC witch ➈ I RM 2 1 Bridge I DC Bridge ➈ I DC Data Model* Diode/Diode P1Z7AAR700W P1Z7A00W P1ZAAR00W P1ZACR00W P1ZADR00V AR7 AR CR DR AR7 AR CR DR Half Control CR/Diode ➇ P2Z7ABB700W P2Z7ACB700W P2ZAAA00W P2ZABA00W P2ZACA00W AT BT CT AR AR AR Full Control CR/CR PZ7A00W PZ7A00W PZ7AAT800W PZ7ABT800W PZ7ACT800W PZAAT00W PZABT00W PZACT00W AT8 BT8 CT8 AT BT CT AT8 BT8 CT8 AT BT CT Half Control CR/Diode ➇ P7Z7ABB700W P7Z7ABC700W P7ZAAA00W P7ZAAB00W P7ZAAC00W AR AR AR AT BT CT Applies for zero or negative gate bias. ➁ Higher dv/dt ratings available, consult factory. ➂ With recommended gate drive. ➃ Per JEDEC standard R-7, ➄ Per JEDEC R-7, ➅ Bottom side cooled. ➆ Consult recommended mounting procedures. ➇ Designs are available for Current ource Inverter applications, consult factory. ➈ Reflects substantial derating necessary with single C/W or C/W sink. * Reference element data model on the following page. P-5

6 Powerex, Inc., Hillis treet, Youngwood, Pennsylvania (724) Amperes/0-0 Volts Code Reference Code AR7 CR7 ➂ AR CR DR AT8 BT8 CT8 AT BT CT HP ➂ Type mm Diode mm Diode mm Diode mm Diode mm Diode mm Diode mm CR mm CR 8mm CR 8mm CR 8mm CR mm CR mm CR mm CR mm CR Comparable Disc Device R70 08XX00 R70 12XX00 R70 XX00 RG0 12XX00 RG0 18XX00 RG0 22XX00 T70 64DN T70 04DN T8 DH T8 0DH T8 00DH TG0 080DH TG0 0DH TG0 1DH TGH 00DH Available Voltage Coefficients for V TM, V F, Model ➁ Range A B C D V TM, V F = A + B x LN(I) + C x I + D x I (I = Amps Peak) ➁ Coefficients are for T j = C, A through 0A Peak ➂ Module ratings for these elements are not shown, consult factory. P-6