Electronic Components & Semiconductors 10x IC BL3207 orig NOS BELLING BBD / 1024 stages Eimerkettenspeicher Integrated Circuits (ICs)
Integrated Circuits (ICs) Mitsubishi/Panasonic MN3009 256-Stage Low Noise BBD IC DIP-8 x 1pc Semiconductors & Actives heavenestateagents.co.uk
Question about IC's / MN3007 BBD chip - MOD WIGGLER
NOS MITSUBISHI MN3001 Dual 512 Stage Low Noise BBD DELAY IC x 1pc Semiconductors & Actives Other Integrated Circuits
NOS Panasonic MN3006 128-Stage Economy Type BBD IC DIP-8 x 1pc Electronic Components & Semiconductors RO2356663
Acronyms – Packaging for Semiconductors
Semiconductor: MN3005 (MN 3005) - 4096-STAGE LONG DELAY BBD... - US$ Site
BBD (Bucket Brigade Device) Chips: The Magic Behind Analog Delay Pedals | Delicious Audio
Triungulo Lab - The CE1 Chorus Ensemble is based on this chip, the MN3002. It falls under the category of Bucket Brigade device (BBD), which emulate an analog delay line. The stored
Coolaudio V3205 BBD - Retroamplis
Erica Synths Black BBD – Thomann United States
Die Shot Photo: an MN3207 1024 stage analog delay line #Photography # Semiconductors @Zeptobars « Adafruit Industries – Makers, hackers, artists, designers and engineers!
Invest Now While the Market Looks the Other Way | Rogue Economics
NTE Electronics Inc - NTE1641 - IC, audio. 1024-Stage, low noise, BBD for audio signal delays.
ON, NXPI, AlChip, ONTO, and NVMI - by Doug O'Laughlin
BBD-105-G-A Samtec Inc. | Connectors, Interconnects | DigiKey
5P MN3207 PANASONIC chorus delay flanger BBD chips ICs | eBay
JonDent - Exploring Electronic Music: Boss CE-1 - Chorus Ensemble & the Panasonic BBD
IC, MN3009 BBD - Syntaur
BBD-114-G-B Samtec Inc. | Connectors, Interconnects | DigiKey
Coolaudio V3205D V3205 BBD 4096-STAGE Low Noise Low Voltage OPAMP IC x 10PCS NEW | eBay
BOSS Talk: I Love Analog Delay But What Is A BBD? - Roland Australia
10pcs Free shipping SOP5 SOP6 TLP109 PS9113 F3 AX HCPL M453 500E TLP700F PE 68386NL PS9308L2 V E3 AX PS9308L V AX SI8261BBD C IS|Semiconductors| - AliExpress
Enthusiasm for Semiconductors and Next-Generation Computing
