DZS0(-F) Series W AC/DC Converter Features Wide input voltage:8 ~ 264VAC( ~ 0VDC) Over current protection and short circuit protection High efficiency, high density Low loss, green power Industrial design Ultra-Miniature package 90 degree curved series, minimizing product height Certificate UL90/EN90 standards Z M TEC DZS0(-F) Series ----- are high efficiency green power modules with miniature packaging provided by ZimTec The features of this series are: wide input voltage, DC and AC all in one, high efficiency, high reliability, low loss, safety isolation etc, meet UL90/EN90 standards. All models are particularly suitable for the applications demanding on the volume, need to meet UL/CE standard, less demanding on EMC like industrial, electric power, instrumentation, smart home. For harsh EMC environment, this series of products must use the refered application circuit. SELECTION GUIDE Approval Model Power Output (Vo/Io) UL/CE (beside -F ) DZS0-B0S(-F)* Max. Capacitive Load (µf) V/200mA 220 Ripple and Noise (Max.) Efficiency (%) (20VAC,Typ.) DZS0-B09S(-F) 9V/mA 00 6 DZS0-B2S(-F) W 2V/8mA 00 20mV DZS0-BS(-F) V/6mA 00 69 DZS0-B24S(-F) 24V/42mA 00 68 66 Standby Power(Max.) 0.W Note: *The model of 90 degrees of corner is with F. For example the DZS0-B2S of 90 degrees of corner product isdzs0-b2s-f. INPUT SPE CIFICATIONS AC Input 8 -- 264 Input Voltage Range V DC Input -- 0 Input Frequency 4 -- 4 Hz VAC -- -- 0.2 Input Current 20VAC -- -- 0.04 A VAC -- 0 -- Inrush Current 20VAC -- 20 -- OUTPUT SPE CIFICATIONS DZS0-B0S(-F) -- -- ±0.0 DZS0-B09S(-F) Output Voltage Accuracy DZS0-B2S(-F) -- -- ±.0 DZS0-BS(-F) % DZS0-B24S(-F) Line Regulation full load -- ±. -- Load Regulation % to 00% -- ±2. -- The information and specifications contained in this data sheet are believed to be correct at time of publication. However, ZimTec accepts no respnsibility for consequences arising from printing errors or inaccuracies. Specifications are subject to change without notice. No rights under any patent accompany the sale of any such product(s) or information contained herein.
Z M TEC Ripple& Noise(p-p) 20MHz bandwidth DZS0-B0S(-F) DZS0-B09S(-F) DZS0-B2S(-F) DZS0-BS(-F) DZS0-B24S(-F) -- 0 20 mv Min Load -- -- % Hold-up Time Short Circuit Protection Over Current Protection VAC -- -- 20VAC 00 -- -- Continuous, and auto recovery Auto recovery ms COMMON SPE CIFICATIONS Operating Temperature - -- +8 Storage Temperature - -- +0 Case temperature -- -- +90 Storage Humidity -- -- 8 %RH Temperature coefficient -- ±0. -- Power derating - ~-20 -- -- + ~+8 0.6 -- -- Isolation Resistance 00 -- -- MΩ Isolation Voltage input-output Tested for minute 000 -- -- VAC Switching Frequency -- -- 0 khz Weight -- 8 -- g Welding Temperature Safety approvals Safety Class Safety standards Hot swap Wave-soldering Manual-welding 2± ; time:~0s ± 0 ; time:~s UL90/EN90 CLASS II UL90/EN90 Forbid Case Material Grade UL 94V-0 Install Cooling PCB Free air convection MTBF >00,000 h @ 2 Note:. External electrolytic capacitors are required to modules, more details refer to typical applications. 2. Ripple and Noise measuring refer to ripple and noise measure figure.. All specifications were measured at Ta=2 C, humidity<%, nominal input voltage (VAC or 20VAC)and rated output load unless otherwise specified. 4. In this datasheet, all the test methods of indications are based on corporate standards.. Module required dispensing fixed after assembled. EMC SPE CIFICATIONS EMI EMS CE RE CISPR22/EN022, CLASS A (Typical Application Circuit Refer to Figure ) CISPR22/EN022, CLASS B (Recommended Circuit Refer to Figure ) CISPR22/EN022, CLASS A (Typical Application Circuit Refer to Figure ) CISPR22/EN022, CLASS B (Recommended Circuit Refer to Figure ) ESD IEC/EN6000-4-2 Contact ±4KV perf. Criteria B RS IEC/EN6000-4- 0V/m (Recommended Circuit Refer to Figure ) perf. Criteria A EFT IEC/EN6000-4-4 ±2KV (Typical Application Circuit Refer to Figure ) perf. Criteria B IEC/EN6000-4-4 ±4KV (Recommended Circuit Refer to Figure ) perf. Criteria B Surge IEC/EN6000-4- ±KV/±2KV (Recommended Circuit Refer to Figure ) perf. Criteria B CS IEC/EN6000-4-6 Vr.m.s (Recommended Circuit Refer to Figure ) perf. Criteria A PFM IEC/EN6000-4-8 0A/m perf. Criteria A Voltage dips, short and interruptions immunity IEC/EN6000-4- 0%-% perf. Criteria B %/ 2
Z M TEC RIPPLE AND NOISE MEASURE FIGURE RIPPLE C 2 0 Copper sheet Connect Oscillograph Probe L C 2 C C 4 Load PRODUCT TYPICAL CURVE Note: is nf/0vac Y capacitor, C,C2,L,C,C4 refer to EXTERNAL CIRCUIT PARAMETERS 00 Temperature Derating Graph Input voltage: 0~2VAC 00~VDC Output Power Percent(% ) 00 Input Voltage Derating Graph Ambient temperature:2 - -20 8 Ambient Tem.( ) Note: W hen input 8~ 0VAC /2~264VAC/~00VDC/~0VDC, it need to be voltage derated on basis of temperature. derating 00 0 VDC 8 0 2 264 VAC Input Voltage( V) 6 DZS0(-F) AC Input EfficiencyVSInput Voltage curve(full Load) 8 0 20 220 20 2 264 Input Voltage(VAC) DZS0-B0S DZS0-B2S DZS0-B24S 6 0 4 0 DZS0-B2S(-F) AC Input Efficiency VS Output Load curve 0 20 0 0 90 00 20VAC 2VAC DZS0(-F) DC Input Efficiency VS Input Voltage curve(full Load) 6 00 0 200 20 00 0 0 Input Voltage(VDC) DZS0-B0S DZS0-B2S DZS0-B24S 6 0 4 0 DZS0-B2S(-F) DC Input Efficiency VS Output Load curve 0 20 0 0 90 00. 200VDC 00VDC STRUCTURE FIGURE +Vin(L) -Vin(N) -V(cap) External C Capacitor +V(cap) + Re ctifica te DC/DC Co nve rtor Re ctifie r filte r circuit 2 0
TYPICAL APPLICATIONS Z M TEC NTC MOV L2 C + 2 0 L C2 C TVS C4 RL + + AC (L ) AC (N ) Figure : Typical application circuit Note: is Pi filter circuit. (Figure 2): This application is not available for this series. Note: If you have such application, please consult to our FAE department. EMC RECOMMENDED CIRCUIT can use ZimTec DFC-L0DV F USE AC(L ) LDM LCM CY 2 L TVS C4 RL MOV2 CX CY2 C + C2 C + + 0 (Figure ): series recommended circuit for applications which require higher EMC standard EMC RECOMMENDED CIRCUIT PCB LAYOUT Model DZS0-B0S(-F) DZS0-B09S(-F) DZS0-B2S(-F) DZS0-BS(-F) DZS0-B24S(-F) Note: Figure 4: EMC application circuit PCB layout Safety and recommend wiring: linewidth mm, line-line distance 6mm, line- ground distance 6mm,A 6.4mm C 0µF/0V L2 mh C2 0µF/V 00µF/V EXTERNAL CIRCUIT PARAMETERS L. Cand C are electrolytic capacitors. They are required both AC input and DC input. C C4 2.2µH 68µF/V 0.µF/0V nf/0v AC A/20V TVS SMBJ.0A SMBJ2A SMBJ20A SMBJ0A When AC input,c is used as filter capacitor, the value of C is recommended to be 0µF /0V.When DC input, C is used as EMC filter capacitor, the value of C is recommended to be 0µF/0V(when the input voltage is above VDC, the recommended value of C is 0µF/V).C2 and C are output filer capacitors, they are recommended to be high frequency and low impedance electrolytic capacitors. Capacitance and rated ripple current of capacitors refer to the datasheets provided by the manufactures. Voltage derating of capacitors should be % or above. C4 is a ceramic capacitor, which is used to filter high frequency noise. C2,C and L form a pi-type filter circuit. Current of L and L2 refer to the datasheets provided by the manufactures, current derating should be % or above. TVS is a recommended component to protect post-circuits (if converter fails). External input NTC is recommended to use D-9.External input MOV is recommended to use S4K0. 2. For standard EMC requirement, please refer to figure.if higher EMC requirement,please refer to figure, recommended parameters are shown in the table below. Components MOV2 CY, CY2 CX LCM LDM DFC-L0DV Recommend Parameter For Higher EMC Standard Circuit Recommend Parameter S0K00 nf/0vac 0.µF/2VAC.mH mh ZimTec KV/2KV Surge protector A/20V, slow blow, it must be connected to 4
DZ S0 DIMENSIONS, RECOMMENDED FOOTPRINT&PACKAGING DZ S0-F DIMENSIONS, RECOMMENDED FOOTPRINT&PACKAGING ZimTec GmbH Franz-Mehring-Weg 2, 96 Osterburg, Germany E-mail : Web : www.zimtec-electronics.de Last Update : 8. May.20