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Product Description
Manufacturer Part Number: P-Q-XMN3005
The XVive MN3005 is a drop-in replacement for the original Panasonic 4096-stage MN3005 BBD chip used in many delay pedals and effects.
Xvive Audio's first-ever product was the MN3005: a re-creation of the legendary bucket brigade chip used in the Deluxe Memory Man and many other iconic effect pedals and instruments. Now, the Xvive MN3005 is at the heart of delay pedals produced by some of the world's top effect pedal brands.
The MN3005 is the world's first 4096-stage long-delay BBD-eight times longer than the 512-stage BBD. It is manufactured using a P-channel low-noise silicon gate process.
A long-signal delay time of 205 ms can be obtained at a clock frequency 10 kHz, with a sound-to-noise ratio of 75dB. This ratio is an improvement of 20dB, as compared to eight connected 512-stage BBDs! The MN3005 is suitable for use with echo and reverb effects in stompboxes as well as electronic keyboards, guitar amplifiers, synthesizers and more.
The XVive MN3005 is a drop-in replacement for the original Panasonic 4096-stage MN3005 BBD chip used in many delay pedals and effects.
Xvive Audio's first-ever product was the MN3005: a re-creation of the legendary bucket brigade chip used in the Deluxe Memory Man and many other iconic effect pedals and instruments. Now, the Xvive MN3005 is at the heart of delay pedals produced by some of the world's top effect pedal brands.
The MN3005 is the world's first 4096-stage long-delay BBD-eight times longer than the 512-stage BBD. It is manufactured using a P-channel low-noise silicon gate process.
A long-signal delay time of 205 ms can be obtained at a clock frequency 10 kHz, with a sound-to-noise ratio of 75dB. This ratio is an improvement of 20dB, as compared to eight connected 512-stage BBDs! The MN3005 is suitable for use with echo and reverb effects in stompboxes as well as electronic keyboards, guitar amplifiers, synthesizers and more.
- 4096-stage long-delay BBD-eight times longer than a 512-stage BBD
- P-channel low-noise silicon gate process
- Up to 205 ms delay at a clock frequency 10 kHz
- Signal-to-noise ratio of 75dB
| Max. Clock Cross Point | -3 V | |
| Max. Clock Fall Time | 500 ns | |
| Max. Clock Frequency | 100 kHz | |
| Max. Clock Input Capacitance | 2800 pF | |
| Max. Clock Pulse Width | 0.5T | |
| Max. Clock Rise Time | 500 ns | |
| Max. Clock Voltage H Level | -1 V | |
| Max. Drain Supply Voltage | -16 V | |
| Max. Input DC Bias Voltage | -10 V | |
| Max. Insertion Loss | 4 dB | |
| Max. Noise Voltage | 0.8mVrms | |
| Max. Operating temperature | -20°C~+60°C | |
| Max. Output voltage | -18~+0.3 V | |
| Max. Signal Delay Time | 204.8 ms | |
| Max. Storage temperature | -55°C~+125°C | |
| Max. Terminal voltage | -18~+0.3 V | |
| Max. Total Harmonic Distortion | 4% | |
| Min. Clock Cross Point | 0 V | |
| Min. Clock Frequency | 10 kHz | |
| Min. Clock Voltage H Level | 0V | |
| Min. Drain Supply Voltage | -14 V | |
| Min. Input DC Bias Voltage | -5 V | |
| Min. Input Signal Frequency | 10 KHz | |
| Min. Input Signal Swing | 0.9 Vrms | |
| Min. Insertion Loss | -4 dB | |
| Min. Signal Delay Time | 20.48 ms | |
| Package | Dip 8 Special | |
| Typ. Clock Voltage L Level | VDD V | |
| Typ. Drain Supply Voltage | -15 V | |
| Typ. Gate Supply Voltage | VDD+1 V | |
| Typ. Insertion Loss | 0 dB | |
| Typ. Signal to Noise Ratio | 75 dB | |
| Typ. Total Harmonic Distortion | 2.5% |
| Packaging Dimensions | 0.753 in. × 0.333 in. × 0.288 in. | |
| Weight (Packaging) | 0.003 lbs. |
Attention CA Residents: Prop 65 Warning
WARNING:
This product can expose you to chemicals which are known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, go to www.p65warnings.ca.gov.
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