Blackmagic Design Spares - Power Module - 15VDC 150W
Blackmagic Design Spares - Power Module - 15VDC 150W is backordered and will ship as soon as it is back in stock.
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Blackmagic Design Spares - Power Module - 15VDC 150W is backordered and will ship as soon as it is back in stock.
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The Blackmagic Design Spares - Power Module - 15VDC 150W is a high-output internal switching power supply designed for Blackmagic’s more power-hungry rackmount equipment. Providing 150 watts of power at a 15V DC rail, this module is significantly more robust than the standard units found in small converters or monitors, as it is built to support devices with high-speed processing, active cooling, and multiple mechanical or backlit components.
This module is engineered to handle the thermal and electrical demands of professional broadcast hardware.
Voltage: 15V DC (Common for high-performance internal logic).
Wattage: 150W (Provides ample headroom for devices with high peak power consumption).
Current Output: Approximately 10 Amps, allowing it to drive large arrays of buttons, high-speed fans, and 12G-SDI processing chips simultaneously.
This specific 150W module is typically found in Blackmagic's larger control surfaces and high-density processors, including:
ATEM 1 M/E and 2 M/E Production Studios: Used to power the primary processing engine and the extensive I/O boards.
ATEM Advanced Panels: The large physical control surfaces require significant power for the hundreds of RGB backlit buttons, high-resolution LCDs, and dynamic faders.
HyperDeck Extreme 8K HDR: Provides the stable power needed for dual-path 8K recording and the high-brightness HDR touchscreen.
Because this module is the gateway between AC mains and the sensitive internal electronics, it often bears the brunt of electrical spikes.
The "Dead" Unit: The device shows no signs of life, no fan movement, and no internal LEDs, even with a verified AC source.
Boot Looping: The unit starts to power up (lights flash or fans spin) but immediately cuts out and restarts as it fails to draw enough current for the full boot sequence.
Fan Speed Fluctuations: If the voltage rail becomes unstable, internal cooling fans may surge or stall, leading to thermal shutdowns of the Main PCB.
Genuine OEM Component: Specifically calibrated for the ripple voltage and noise tolerances required by Blackmagic video hardware.
Universal AC Input: Supports 100V–240V AC, making it suitable for international use.
Overload Protection: Includes circuitry to shut down the supply in the event of an internal short, protecting the more expensive logic boards.
Wiring Harness Integration: Usually features a pre-terminated multi-pin connector that mates directly with the internal power distribution board.
Replacing a 150W power module requires careful attention to both safety and thermal management.
AC Discharge: Even after the unit is unplugged, the large capacitors in a 150W supply can store a lethal charge. Wait at least 10 minutes after disconnecting the AC cord before beginning the repair.
Mounting Integrity: These modules are often heavier and generate more heat. Ensure all mounting screws are tightened to the chassis; these screws often provide the necessary earth ground path.
Connector Seating: Ensure the high-current DC output cable is clicked firmly into place. A loose connection at 10A can generate significant heat, potentially melting the plastic connector over time.
Clearance: Maintain the original cable routing to ensure that the internal fans can pull air across the module's heat sinks effectively.
The Blackmagic Design Spares - Power Module - 15VDC 150W is a high-output internal switching power supply designed for Blackmagic’s more power-hungry rackmount equipment. Providing 150 watts of power at a 15V DC rail, this module is significantly more robust than the standard units found in small converters or monitors, as it is built to support devices with high-speed processing, active cooling, and multiple mechanical or backlit components.
This module is engineered to handle the thermal and electrical demands of professional broadcast hardware.
Voltage: 15V DC (Common for high-performance internal logic).
Wattage: 150W (Provides ample headroom for devices with high peak power consumption).
Current Output: Approximately 10 Amps, allowing it to drive large arrays of buttons, high-speed fans, and 12G-SDI processing chips simultaneously.
This specific 150W module is typically found in Blackmagic's larger control surfaces and high-density processors, including:
ATEM 1 M/E and 2 M/E Production Studios: Used to power the primary processing engine and the extensive I/O boards.
ATEM Advanced Panels: The large physical control surfaces require significant power for the hundreds of RGB backlit buttons, high-resolution LCDs, and dynamic faders.
HyperDeck Extreme 8K HDR: Provides the stable power needed for dual-path 8K recording and the high-brightness HDR touchscreen.
Because this module is the gateway between AC mains and the sensitive internal electronics, it often bears the brunt of electrical spikes.
The "Dead" Unit: The device shows no signs of life, no fan movement, and no internal LEDs, even with a verified AC source.
Boot Looping: The unit starts to power up (lights flash or fans spin) but immediately cuts out and restarts as it fails to draw enough current for the full boot sequence.
Fan Speed Fluctuations: If the voltage rail becomes unstable, internal cooling fans may surge or stall, leading to thermal shutdowns of the Main PCB.
Genuine OEM Component: Specifically calibrated for the ripple voltage and noise tolerances required by Blackmagic video hardware.
Universal AC Input: Supports 100V–240V AC, making it suitable for international use.
Overload Protection: Includes circuitry to shut down the supply in the event of an internal short, protecting the more expensive logic boards.
Wiring Harness Integration: Usually features a pre-terminated multi-pin connector that mates directly with the internal power distribution board.
Replacing a 150W power module requires careful attention to both safety and thermal management.
AC Discharge: Even after the unit is unplugged, the large capacitors in a 150W supply can store a lethal charge. Wait at least 10 minutes after disconnecting the AC cord before beginning the repair.
Mounting Integrity: These modules are often heavier and generate more heat. Ensure all mounting screws are tightened to the chassis; these screws often provide the necessary earth ground path.
Connector Seating: Ensure the high-current DC output cable is clicked firmly into place. A loose connection at 10A can generate significant heat, potentially melting the plastic connector over time.
Clearance: Maintain the original cable routing to ensure that the internal fans can pull air across the module's heat sinks effectively.