OP-2-385V-3V-H 180-425V Input, 3.3V/60A Output Half-brick
$0
High conversion efficiency (82%-88%) at full rated load current with minimal power derating.
Wide operating input voltage range of 180-425V featuring fixed frequency switching for predictable EMI.
Industry-standard half-brick form factor (63.1 x 60.6 x 12.57 mm) with no minimum load requirement.
Advanced control suite featuring remote sensing, input-referenced On/Off control, and output voltage trimming (-20% to +10%).
Integrated system functionality including current sharing, clock synchronization, and start-up synchronization.
Comprehensive protection circuitry including input UVLO/OVP, output current limit, short circuit protection, thermal shutdown, and active back bias limiting.
Certified to international safety standards (UL/CSA/EN 60950-1, CE) with reinforced insulation and RoHS compliance.
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Description
The OP-2-385V-3V-H half-brick converter series is composed of next-generation, board-mountable, isolated (REINFORCED INSULATION), fixed switching frequency dc-dc converters that use synchronous rectification to achieve extremely high power conversion efficiency. Each module is supplied completely encased to provide protection from the harsh environments seen in many industrial and transportation applications.
OP-2-385V-3V-H |
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OP-2-385V-3V-H 180-425V Input, 3.3V/60A Output Half-brick |
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Property |
Value |
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Maximum Input Current (Max.) |
2.0 A |
|
Maximum Input Current (Notes & Conditions) |
Vin min; trim up; in current limit |
|
No-Load Input Current (Typ.) |
50 mA |
|
No-Load Input Current (Max.) |
60 mA |
|
Disabled Input Current (Typ.) |
5.0 mA |
|
Disabled Input Current (Max.) |
10.0 mA |
|
Response to Input Transient (Typ.) |
0.15 V |
|
Response to Input Transient (Notes & Conditions) |
Peak |
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Input Terminal Ripple Current (Typ.) |
40 mA |
|
Input Terminal Ripple Current (Notes & Conditions) |
RMS, Full load, 20 MHz bandwidth |
|
Recommended Input Fuse (Max.) |
5.0 A |
|
Recommended Input Fuse (Notes & Conditions) |
Fast acting external fuse recommended |
|
Output Voltage Set Point (Min.) |
3.267 V |
|
Output Voltage Set Point (Typ.) |
3.300 V |
|
Output Voltage Set Point (Max.) |
3.333 V |
|
Over Line (Typ.) |
+/-0.1 % |
|
Over Line (Max.) |
+/-0.3 % |
|
Over Load (Typ.) |
+/-0.1 % |
|
Over Load (Max.) |
+/-0.3 % |
|
Total Output Voltage Range (Min.) |
3.217 V |
|
Total Output Voltage Range (Max.) |
3.383 V |
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Total Output Voltage Range (Notes & Conditions) |
Over sample, line, load, temperature & life |
|
Output Voltage Ripple and Noise (Notes & Conditions) |
20 MHz bandwidth |
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Peak-to-Peak (Min.) |
0 mV |
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Peak-to-Peak (Typ.) |
120 mV |
|
Peak-to-Peak (Max.) |
240 mV |
|
Peak-to-Peak (Notes & Conditions) |
Full load |
|
RMS (Typ.) |
45 mV |
|
RMS (Max.) |
90 mV |
|
RMS (Notes & Conditions) |
Full load |
|
Operating Output Current Range (Max.) |
60 A |
|
Operating Output Current Range (Notes & Conditions) |
Subject to thermal derating |
|
Output DC Current-Limit Inception (Min.) |
66 A |
|
Output DC Current-Limit Inception (Typ.) |
75 A |
|
Output DC Current-Limit Inception (Max.) |
84 A |
|
Output DC Current-Limit Inception (Notes & Conditions) |
Output voltage 10% Low |
|
Output DC Current-Limit Shutdown Voltage (Typ.) |
1.6 V |
|
Back-Drive Current Limit while Enabled (Typ.) |
5.0 A |
|
Back-Drive Current Limit while Enabled (Notes & Conditions) |
Negative current drawn from output |
|
Back-Drive Current Limit while Disabled (Typ.) |
3.0 mA |
|
Back-Drive Current Limit while Disabled (Notes & Conditions) |
Negative current drawn from output |
|
Maximum Output Capacitance (Max.) |
25,000 uF |
|
Maximum Output Capacitance (Notes & Conditions) |
Vout nominal at full load (resistive load) |
|
Settling Time (Typ.) |
350 us |
|
Settling Time (Notes & Conditions) |
To within 1% Vout nom |
|
Output Voltage Trim Range (Min.) |
-20 % |
|
Output Voltage Trim Range (Max.) |
10 % |
|
Output Voltage Trim Range (Notes & Conditions) |
Across Pins 8&4; Common Figs 3-5 |
|
Output Voltage Remote Sense Range (Max.) |
10 % |
|
Output Voltage Remote Sense Range (Notes & Conditions) |
Across Pins 8&4 |
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Output Over-Voltage Protection (Min.) |
3.8 V |
|
Output Over-Voltage Protection (Typ.) |
4.1 V |
|
Output Over-Voltage Protection (Max.) |
4.4 V |
|
Output Over-Voltage Protection (Notes & Conditions) |
Over full temp range |
|
100% Load (Typ.) |
86 % |
|
100% Load (Notes & Conditions) |
See Figure 1 for efficiency curve |
|
50% Load (Typ.) |
84 % |
|
50% Load (Notes & Conditions) |
See Figure 1 for efficiency curve |
|
Operating Input Voltage Range (Min.) |
180 V |
|
Operating Input Voltage Range (Typ.) |
385 V |
|
Operating Input Voltage Range (Max.) |
425 V |
|
Operating Input Voltage Range (Notes & Conditions) |
475V transient for 1Sec |
|
Turn-On Voltage Threshold (Min.) |
169.0 V |
|
Turn-On Voltage Threshold (Typ.) |
174.0 V |
|
Turn-On Voltage Threshold (Max.) |
178.0 V |
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Turn-Off Voltage Threshold (Min.) |
154.0 V |
|
Turn-Off Voltage Threshold (Typ.) |
162.0 V |
|
Turn-Off Voltage Threshold (Max.) |
170.0 V |
|
Lockout Voltage Hysteresis (Typ.) |
10.0 V |
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Input Over-Voltage Shutdown (Typ.) |
500 V |
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Recommended External Input Capacitance (Typ.) |
3.3 uF |
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Recommended External Input Capacitance (Notes & Conditions) |
Typical ESR 8 Ohm see Note 2 |
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Input Filter Component Values (LC) (Typ.) |
11 .41 uHuF |
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Input Filter Component Values (LC) (Notes & Conditions) |
Internal values |
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Non-Operating (Min.) |
-1 V |
|
Non-Operating (Max.) |
600 V |
|
Non-Operating (Notes & Conditions) |
Continuous |
|
Operating (Max.) |
425 V |
|
Operating (Notes & Conditions) |
Continuous |
|
Operating Transient Protection (Max.) |
475 V |
|
Operating Transient Protection (Notes & Conditions) |
1sec transient, square wave |
|
Input to Output (Max.) |
4250 V dc |
|
Input to Output (Notes & Conditions) |
Reinforced Insulation |
|
Input to Base-Plate (Max.) |
2300 V dc |
|
Input to Base-Plate (Notes & Conditions) |
Basic Insulation |
|
Output to Base-Plate (Max.) |
2300 V dc |
|
Output to Base-Plate (Notes & Conditions) |
Basic Insulation |
|
Operating Temperature (Min.) |
-40 °C |
|
Operating Temperature (Max.) |
100 °C |
|
Operating Temperature (Notes & Conditions) |
Baseplate temperature |
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Storage Temperature (Min.) |
-45 °C |
|
Storage Temperature (Max.) |
125 °C |
|
Voltage at ON/OFF input pin (Min.) |
-2 V |
|
Voltage at ON/OFF input pin (Max.) |
18 V |
|
Turn-On Time (Typ.) |
42 ms |
|
Turn-On Time (Notes & Conditions) |
Full load, Vout=90% nom. |
|
Start-Up Inhibit Time (Min.) |
360 ms |
|
Start-Up Inhibit Time (Typ.) |
400 ms |
|
Start-Up Inhibit Time (Max.) |
440 ms |
|
Start-Up Inhibit Time (Notes & Conditions) |
-40 °C to +85 °C; Figure E |
|
Output Voltage Overshoot (Typ.) |
0 % |
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Output Voltage Overshoot (Notes & Conditions) |
Maximum Output Capacitance |
|
Isolation Voltage (dielectric strength) (Max.) |
4250 V |
|
Isolation Voltage (dielectric strength) (Notes & Conditions) |
See Absolute Maximum Ratings |
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Isolation Resistance (Typ.) |
100 M Ohm |
|
Isolation Resistance (Notes & Conditions) |
per EN 60255-5 |
|
Isolation Capacitance (input to output) (Notes & Conditions) |
See Note 3 |
|
Semiconductor Junction Temperature (Max.) |
125 °C |
|
Semiconductor Junction Temperature (Notes & Conditions) |
Package rated to 150 °C |
|
Board Temperature (Max.) |
125 °C |
|
Board Temperature (Notes & Conditions) |
UL rated max operating temp 130 °C |
|
Transformer Temperature (Max.) |
125 °C |
|
Maximum Baseplate Temperature, Tb (Max.) |
100 °C |
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Switching Frequency (Min.) |
510 kHz |
|
Switching Frequency (Typ.) |
550 kHz |
|
Switching Frequency (Max.) |
590 kHz |
|
Switching Frequency (Notes & Conditions) |
Isolation stage switching freq. is half this |
|
Clk Sync (Full feature) (Min.) |
600 kHz |
|
Clk Sync (Full feature) (Max.) |
630 kHz |
|
Clk Sync (Full feature) (Notes & Conditions) |
Note 4, Also please see app section |
|
Off-State Voltage (Min.) |
2.4 V |
|
Off-State Voltage (Max.) |
18 V |
|
On-State Voltage (Min.) |
-1.0 V |
|
On-State Voltage (Max.) |
0.8 V |
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ON/OFF Control (Notes & Conditions) |
Application notes Figures A & B |
|
Pull-Up Voltage (Typ.) |
5 V |
|
Pull-Up Resistance (Typ.) |
68 k Ohm |
|
Over-Temperature Shutdown OTP Trip Point (Typ.) |
125 °C |
|
Over-Temperature Shutdown OTP Trip Point (Notes & Conditions) |
Average PCB Temperature |
|
Over-Temperature Shutdown Restart Hysteresis (Typ.) |
10 °C |
|
Calculated MTBF (Telcordia) TR-NWT-000332 (Typ.) |
837 10^3 Hrs. |
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Calculated MTBF (Telcordia) TR-NWT-000332 (Notes & Conditions) |
Tb = 70°C |
|
Calculated MTBF (MIL-217) MIL-HDBK-217F (Typ.) |
928 10^3 Hrs. |
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Calculated MTBF (MIL-217) MIL-HDBK-217F (Notes & Conditions) |
Tb = 70°C |
|
Field Demonstrated MTBF (Units) |
10^3 Hrs. |
|
Field Demonstrated MTBF (Notes & Conditions) |
See our website for details |
|
Over Temperature (Typ.) |
+/-2.0 mV |
|
Step Change in Output Current (0.1 A/us) (Typ.) |
75 mV |
|
Step Change in Output Current (0.1 A/us) (Notes & Conditions) |
50% to 75% to 50% Iout max |
|
Operating Output Current Range (Min.) |
0 A |
Features |
|
|
High conversion efficiency (82%-88%) at full rated load current with minimal power derating. |
|
|
Wide operating input voltage range of 180-425V featuring fixed frequency switching for predictable EMI. |
|
|
Industry-standard half-brick form factor (63.1 x 60.6 x 12.57 mm) with no minimum load requirement. |
|
|
Advanced control suite featuring remote sensing, input-referenced On/Off control, and output voltage trimming (-20% to +10%). |
|
|
Integrated system functionality including current sharing, clock synchronization, and start-up synchronization. |
|
|
Comprehensive protection circuitry including input UVLO/OVP, output current limit, short circuit protection, thermal shutdown, and active back bias limiting. |
|
|
Certified to international safety standards (UL/CSA/EN 60950-1, CE) with reinforced insulation and RoHS compliance. |
|
Applications |
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Industrial and Transportation applications |
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