R V I S I O N S SRIPTION T PP PreProduction 00 00 Value Model ZR00 ZR000 ZR00 00V.?? V.?? V 0 ILTR I POWR INLT ZR00 I INLT INORPORTS MINS US 00 L N RN RN/YL LU RN/ YL ONUTOR TT TO IT SSIS STU O NOT UPLIT OR ISTRIUT! SSIS MOUNT MINS US 00 ZR000, ZR00 POWR SWIT "ON" "O" "STNY" b a RN LU WL0 WL0 WL0 RN LK WL0 WL R 0./ 0V POWRUP 0./ 0V K0 R0 () U0 PS R0.K R0.K R0 () NT K0 0./0V R0 0 N00 PWRN VLIN P0 P0 TRNSORMR PRIMRY SOKT, V OPRTION TRNSORMR PRIMRY SOKT, V OPRTION POWR XMR PRIMRY ONNTOR RN WT LK LU V 0V V O NOT UPLIT OR ISTRIUT! /V TRNSORMR 0V V PS T V PS LV PS T LV PS R LK YL WT WT OR RY VIO POWR XMR SONRY ONNTOR R0 R0 K W MO 0 MR I "STNY" L 0 N00 K W MO NOTS PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; POWR SUPPLY W No. 000.0 TIM; :: ::0 ST O
R V I S I O N S SRIPTION T PP PreProduction 00 Leads from Power Xfmr Secondary V Phase T Thermal Sw V Phase Thermal Sw T V Phase V Phase P0 P0 (ZR00 Only) O NOT UPLIT OR ISTRIUT! TRMLSW WL0 WL0 WL0 WL0 WL0 WL0 0 0 0 MW 0 N00 0 N00 0 N00 0 N00 0 N00./0V 0 0./0V PSUP 0. 0 0../0V 0./0V 0 VLIN 0 0/V 00/V 0 00/V 0/V VLIN P VLUS, ~: ZR00 00u/0V 00000 ZR000 0000u/0V 0.00 ZR00 0000u/00V 0.00 0000/0V 0000/0V 0. 0000/0V 0. 0000/0V 0000/0V 0000/0V 0.0 0.0 U0 IN OUT IN U0 0 OUT R0.K W R0.K W 0.0 0.0 00/V 0 0 00/V PWRN V V 0, 0 Values Model ZR00 ZR000 ZR00 0, 0 T 0 T T 0 O NOT UPLIT OR ISTRIUT! NOTS PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; POWR SUPPLY W No. 000.0 TIM; :: :: ST O
R V I S I O N S SRIPTION T PP PreProduction 00 able to Input Module P0 0 0 NOTS R0 0.0 K R0 0.0 K V POWRUP V O NOT UPLIT OR ISTRIUT! TRMISTOR RIV_OUT_ RIV_OUT_ R0. K V R0 K 0 0. 0 0/V 0 0u/V NP 0 0u/V NP 0 0. Thermistor tracks amplifier heatsink temperature R0 00K R0. K t=0ms 0 /V 0.V R0.00 K 0 0.0 R0 0 0.0 0.0 0 00p 0 0.0 R R 0 /V 0 ZTV.V 00K LM U0: R0. K LM U0: R0 R 0R0 R 0R0 R 0R0 R 0R0 LM U0:.00 K V V V V 0 R R. K_SINL LVL YPSS O V Level ypass 0 R0 SINL_PRSNT WIPR ON NNL MSTR LVL S0 _SINL _WIPR.V 0. R.K 0u/V NP NNL MSTR LVL ZTV 00K LM U0: R IPSS ILTR 0. 0u/V NP R.K SINL_PRSNT_ O IPSS ILTR LM U0: ON 0.0 0.0 O S0 ON R 0R0 LM U0: R0 0R0 S0 0.0 : 0z 0 0. 0.0 V : 0z 0. : 0z R R : 0z V R R 0.0 K.K 0.0 K.K 0.0 0. IPSS RQUNY 0.0 0. R R R.K R R R.K 0.0 K.K 0z 0z 0.0 K.K IPSS RQUNY.0KR 0.0 0.0 S0 R R 0z 0z 00p S0 0R0 LM U0: R 0R0 R0 V V. K R. K.x/.0d R. K R R. K 0z V 0z LM U0: R V 0.0 0R0 LM U0: 0.0 0z V R 0R0 V.00V 00p R.K.0K LM U0: 0 R0. K 0 R.K.V 00p R 0R0 O R 00 0.0 R.0 K R0 LIP LIMITR ON R.0 K R. K. K R 00 O NOT UPLIT OR ISTRIUT! 0 00p S0 R R 00 R 00 V R 0R0 R 0.0 0.0 0R0 0p R R LM 0.0 K 0.0 K U0: 0p V 0p 0.0 K 0.0 lip Limiter R V R 0p 0.0 K LM00 0 R. K LM00 0 U0: U0: R 0.0 K LIP_LIMIT_ LIP_LIMIT_ R 0 K R 0R0 LM U0: R 0.0 K R0 0 K V R V R 00/V V 00 R 00 R 00/V V LIMIT INPUT To J0 Sht To J0 Sht INPUT LIMIT. K 0z PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; SINL PROSSIN W No. 000.0 TIM; :: ST O
R V I S I O N S SRIPTION T PP V V V PreProduction 00 P0 MR I RN I R I able from isplay ssy V V Sig om h Wiper Signal Sig om Wiper Signal Powergnd omm/lert lipped h# isplay h# lipped h# Isplay h# Signal Presence h# mplifier On Signal Presence h# Protect Thermal 0 0 V V _WIPR _SINL _WIPR _SINL OMM/LRT LIPL ISPLY LIPL ISPLY SINL_PRSNT_ RY_L SINL_PRSNT_ PROTT_L TRML_L TRMLSW TRMISTOR Threshold: 0.0V Lobound 0.V Loound O NOT UPLIT OR ISTRIUT! V R 00K R. K R 0 0.0 0.0 K PSUP R 0.0 K R0.00M V 0.0 LM R.K 0 0.0 U0: R K % TRML_L R 00K Q0 /0V R.K /W % 0 0 0 0 00/V R 00K.V.V V 0.0 U0: LM U0: LM R 0.0 K MPON R 0.0 K.V R. K RY_L U0: LM R.K /W % 0.V U0: LM.V.V.V R.K /W % /V R. K PROTT_L R0 0.0 K R.K R.K /W % Q0 0 NOTS igital Interface able eader P0 R0, R0, R, R Values: Model R0 R0 R R ZR00.k.k 0 Ohm 0 Ohm ZR000.k.k.k.k ZR00.k.k.k.k 0 0 IOUT OMM/LRT IOUT IOUT Model ZR00 ZR000 ZR00 IOUT IOUT IOUT OLO OLO R0 R, R Values: R.k.k 0k R0 0 Ohm () /W % LIP_LIM_ LIP_LIM_ R0 R R0. K R.k.k 0k R R0. K R0 0.0 K 0.0 K R0 0 0p R 0.0 K 0 0p R0.00 K R0.00 K 0 0p 0.0 K R0 0.0 0.0 0.00 0.00 R 0R0 LM U0: R R R 0R0 R 0.0 K R 0.0 K LM U0: 0 0p V V 0 0 S ISPLY ISPLY V V V V LM LM LM LM 0 0.0 U0: 0 0.0 U0: 0 0.0 U0: 0.0 U0: R. K R. K 0 R. K R. K 0 LIP_LIMIT_ LIP_LIM_ R 00K /. R 00K 0.0 LIP TTOR NNL LIP_LIMIT_ LIP_LIM_ LIP TTOR NNL 0.0 R.00 K R0. K R 00K 0./. R. K R.00 K R. K R 00K R. K 0.0 0.0.V MUT LM LM LM LM 0.0 K R U0: U0: U0: U0: R. K R0. K R. K R. K LM R.K /W R.K /W Q0 LIPL LIPL U0: LIMIT Q0 LIMIT RV SN V R.K.V OVRLO J0 R.0 K 0 0/V 0.0 K R0 LM LM R.0 K U0: U0: R 00 () /W R 00 () /W V V O NOT UPLIT OR ISTRIUT! R.0 K.V R 0.0 K Q0 OLO R 0.0 K 0 OLO R.K V R. K R 0 K R.K TRMISTOR 0/V R0. K R 0.0 K 0. V R. K Power Sequencing 0. 0 N Q0 0 R 0.0 K R 0.0 K R 0.0 K Q 0 0/V R 0.0 K VLIN 0/V R. Q R R0 W Q0 0 Q0 S J0 POWRUP PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; ONTROL W No. 000.0 TIM; :: ST O
R0.K Q0 W % S 0 0.0 0 N V R0 Ohm () 0 /V U0 LMVN 0 Value: ZR00 N 00mW ZR000, ZR00 N W R0, R0 Values: ZR00, ZR000 0k ZR00 00k L0 0u. 0 MUR0 VLIN OVRLO MPON INPUT INPUT O NOT UPLIT OR ISTRIUT! 0 00p 0 00p 0 00p VNR 00/V 0 00p R0 0 W R0 00K 00/V V SRVOIN 0 0. R0 SRVOIN V 00K Q0 R0 00K 0. R0 00K 00p R0 0.0 K 0.0 0.0 R0.00M 0.0 R.00M R. K R 0.0 K 0.0 00 R TL0 0.0 K V R R. K R 0.0 K S R V O N N L R0 U0: 00 0.0 R TL0 0.0 K V R0 00 S R V O N N L 00p R 0.0 K U0: TL0 U0 IN OUT 0 0.0 R.K 0. 0 0. R. 0.0 00/V V R R 0 Ohm M0 0.0 M M0 elay N N ns N 0ns N ns ULT ns 0. U0: TL0 0. R.00M R 00 MUT R R0 M R.00M V V SOUT Model ZR00 ZR000 ZR00 R R KLVIN KLVIN SOUT OV/UV Shift Resistors R0 R R 0.00u reak efore Make elay Settings U0: k k urrent Limit Settings R k 0 00p 0 0.00u R.K R k R.K Model R R I Limit ZR00.k.k ZR000.0k.0k ZR00.0k.0k T00 ZR00 T00 ZR000, ZR00 U0 PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL 0. R0. Ohm W 0. VNR R 00K R.00M R. Ohm W R 00K R R.00M R p 0.. Ohm W Q0 Q0 p Q0. Ohm W Q0 R 0.0 W R R 0.0 W K W R K W R 0.0 R 0.0 P R O S S I O N L PP NR 0 0 0 0 0. 00V 0. 00V 0. 00V T 0 0../0V 0. 00V 0. 00V 0../0V 00V 00V PP K L0.0u 0.0u 0.0u L0.0u 0.0u 0.0u T 0.0 00p SOUT SOUT SIZ 0.0 0.0u R R R R R W x T ; ri Oct 0, 00 IL ; RWN ; 00p R V I S I O N S SRIPTION W 0.0 R0 R0 R R R W x R 0 Ohm 00p 0.0u 00p N N L R 0.0u 0 () KLVIN KLVIN S M T I : POWR MPLIIR ZR SRIS R 00p R 0.0u R 0.0 0 () R 0.0 0 () O NOT UPLIT OR ISTRIUT! N N L R W 0.0 R 0 Ohm 00p W No. L0.0u L0.0u R 0 () 0 0.00 IOUT IOUT 00p 00p R 0.00 L0.0u L0.0u 0.00 T IOUT IOUT WL0 WL0 0.00 000.0 PP TIM; ::0 ST O hannel Output 0 WL0 WL0 hannel Output 0