IP3R19AV-12

IP1R19A SEME-LAB | Alldatasheet

Document overview

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Technical content

5 AMP

TJ Operating Junction Temperature Range TSTG Storage Temperature Range TL Lead Temperature (Soldering, 10 sec) 35V Internally limited See Table Above –65°C to +150°C 300°C ABSOLUTE MAXIMUM RATINGS (Tcase = 25°C unless otherwise stated)

FEATURES

• 0.01%/V LINE REGULATION
• 0.5% LOAD REGULATION
• ±1% OUTPUT TOLERANCE (–A VERSIONS)
• AVAILABLE IN –5V, –12V AND –15V OPTIONS
• COMPLETE SERIES OF PROTECTIONS:
• CURRENT LIMITING
• THERMAL SHUTDOWN
• SOA CONTROL Pin 1 – Ground Pin 2 – VOUT Case – VIN K Package – TO–3 Pin 1 – Ground Pin 2 – VIN Pin 3 – VOUT Case – VIN V Package – TO–218 123 Order Information Part K–Pack V–Pack Temp. Number (TO–3) (TO–218) Range IP1R19Axx–zz ✔ -55 to +150°C IP1R19xx–zz ✔ ” IP3R19Azz–xx ✔✔ 0 to +125°C IP3R19zz–xx ✔✔ ” Note: xx = Voltage Code (05, 12, 15) eg. IP1R19AK–05 zz = Package Code (K, V) IP3R19V–12

IP1R19A–05 IP1R19–05 IP3R19A–05 IP3R19–05 VO ΔVO ΔVI ΔVO ΔIO IQ ΔIQ VD IPEAK ISC en R θJC Output Voltage Line Regulation Load Regulation Quiescent Current Quiescent Current Change Dropout Voltage Ripple Rejection Thermal Regulation Peak Output Current Short Circuit Current Output Noise Voltage Thermal Resistance Junction to Case I O = -5mA to -5A P ≤ 50W VIN = -8V to -20V TJ = Over Temp. Range1 VIN = -7.5V to -35V IO = -5mA 3 TJ = Over Temp. Range1 IO = -5mA to -5A 3 TJ = Over Temp. Range1 IO = -5mA TJ = Over Temp. Range1 IO = -5mA to -5A TJ = Over Temp. Range1 IO = -5mA VIN = -7.5V to -35V TJ = Over Temp. Range1 IO = -5A ΔVOUT = 100mV TJ = Over Temp. Range1 IO = -1A f = 120Hz TJ = Over Temp. Range1 tp = 20ms ΔP = 50W VIN = -10V TJ = Over Temp. Range1 VIN = -10V VIN = -35V f = 10Hz to 100kHz K Package V Package -5.15 -5 -4.85 -5.25 -4.75 6 30 12 60 10 50 20 100 2.2 3 60 80 0.002 0.02 -12 -8 1.0 1.5 1.0 1.5 -5.05 -5 -4.95 -5.15 -4.85 3 15 6 30 5 25 10 50 2.2 3 60 80 0.002 0.01 -12 -8 1.0 1.5 1.0 1.5 V V mV mV mA mA V dB %/W A A µV °C/W ELECTRICAL CHARA CTERISTICS (TC = 25°C unless otherwise stated) Notes 1) Applies over full temperature range:– TJ = –55 to +150°C for IP1R19A–05 / IP1R19–05 TJ = 0 to +125°C for IP3R19A–05 / IP3R19–05 All other specifications apply at TC = 25°C unless otherwise stated. 2) Test conditions unless otherwise stated:– VIN = -10V , IOUT = -2.5A . Although Power Dissipation is internally limited, these specifications apply for Power Dissipation up to 50W. 3) Load and Line regulation are electrically independent and are measured using pulse techniques at low duty cycle in order to maintain constant junction temperature. To determine the effects on the output voltage due to device heating, refer to thermal regulation specification.

IP1R19A–12 IP1R19–12 IP3R19A–12 IP3R19–12 VO ΔVO ΔVI ΔVO ΔIO IQ ΔIQ VD IPEAK ISC en R θJC Output Voltage Line Regulation Load Regulation Quiescent Current Quiescent Current Change Dropout Voltage Ripple Rejection Thermal Regulation Peak Output Current Short Circuit Current Output Noise Voltage Thermal Resistance Junction to Case I O = -5mA to -5A P ≤ 50W VIN = -15V to -27V TJ = Over Temp. Range1 VIN = -14.5V to -35V IO = -5mA 3 TJ = Over Temp. Range1 IO = -5mA to -5A 3 TJ = Over Temp. Range1 IO = -5mA TJ = Over Temp. Range1 IO = -5mA to -5A TJ = Over Temp. Range1 IO = -5mA VIN = -14.5V to -35V TJ = Over Temp. Range1 IO = -5A ΔVOUT = 250mV TJ = Over Temp. Range1 IO = -1A f = 120Hz TJ = Over Temp. Range1 tp = 20ms ΔP = 50W VIN = -17V TJ = Over Temp. Range1 VIN = -17V VIN = -35V f = 10Hz to 100kHz K Package V Package -12.36 -12 -11.64 -12.60 -11.40 10 60 20 120 20 120 40 240 2.2 3 52 72 0.002 0.02 -12 -8 1.0 1.5 1.0 1.5 -12.12 -12 -11.88 -12.36 -11.64 5 30 10 60 10 60 20 120 2.2 3 52 72 0.002 0.01 -12 -8 1.0 1.5 1.0 1.5 V V mV mV mA mA V dB %/W A A µV °C/W ELECTRICAL CHARA CTERISTICS (TJ = 25°C unless otherwise stated) Notes 1) Applies over full temperature range:– TJ = –55 to +150°C for IP1R19A–12 / IP1R19–12 TJ = 0 to +125°C for IP3R19A–12 / IP3R19–12 All other specifications apply at TC = 25°C unless otherwise stated. 2) Test conditions unless otherwise stated:– VIN = -17V , IOUT = -2.5A . Although Power Dissipation is internally limited, these specifications apply for Power Dissipation up to 50W. 3) Load and Line regulation are electrically independent and are measured using pulse techniques at low duty cycle in order to maintain constant junction temperature. To determine the effects on the output voltage due to device heating, refer to thermal regulation specification.

IP1R19A–15 IP1R19–15 IP3R19A–15 IP3R19–15 VO ΔVO ΔVI ΔVO ΔIO IQ ΔIQ VD IPEAK ISC en R θJC Output Voltage Line Regulation Load Regulation Quiescent Current Quiescent Current Change Dropout Voltage Ripple Rejection Thermal Regulation Peak Output Current Short Circuit Current Output Noise Voltage Thermal Resistance Junction to Case I O = -5mA to -5A POUT ≤ 50W VIN = -18V to -30V TJ = Over Temp. Range1 VIN = -17.5V to -35V IO = -5mA 3 TJ = Over Temp. Range1 IO = -5mA to -5A 3 TJ = Over Temp. Range1 IO = -5mA TJ = Over Temp. Range1 IO = -5mA to -5A TJ = Over Temp. Range1 IO = -5mA VIN = -17.5V to -35V TJ = Over Temp. Range1 IO = -5A ΔVOUT = 300mV TJ = Over Temp. Range1 IO = -1A f = 120Hz TJ = Over Temp. Range1 tp = 20ms ΔP = 50W VIN = -20V TJ = Over Temp. Range1 VIN = -20V VIN = -35V f = 10Hz to 10kHz K Package V Package -15.45 -15 -14.55 -15.75 -14.25 16 80 32 160 32 160 64 320 2.2 3 50 70 0.002 0.02 -12 -8 -3.5 1.0 1.5 1.0 1.5 -15.15 -15 -14.85 -15.45 -14.55 8 40 16 80 16 80 32 160 2.2 3 50 70 0.002 0.01 -12 -8 -3.5 1.0 1.5 1.0 1.5 V V mV mV mA mA V dB %/W A A µV °C/W ELECTRICAL CHARA CTERISTICS (TJ = 25°C unless otherwise stated) Notes 1) Applies over full temperature range:– TJ = –55 to +150°C for IP1R19A–15 / IP1R19–15 TJ = 0 to +125°C for IP3R19A–15 / IP3R19–15 All other specifications apply at TC = 25°C unless otherwise stated. 2) Test conditions unless otherwise stated:– VIN = -20V , IOUT = -2.5A . Although Power Dissipation is internally limited, these specifications apply for Power Dissipation up to 50W. 3) Load and Line regulation are electrically independent and are measured using pulse techniques at low duty cycle in order to maintain constant junction temperature. To determine the effects on the output voltage due to device heating, refer to thermal regulation specification.