COS-11D TA5 is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a TA5 connector universal wiring. Normal sensitivity, 1.8 meter, with accessories. The COS-11D overcomes RFI... Lire la suite
COS-11D is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a 3.5 mm locking jack connector. Reduced sensitivity, 1.8 meter, with accessories. The COS-11D overcomes RFI... Lire la suite
COS-11D is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a 3.5 mm locking jack connector. Reduced sensitivity, 1.8 meter, with accessories. The COS-11D overcomes RFI... Lire la suite
COS-11D TA5 is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a TA5 connector universal wiring. Reduced sensitivity, 1.8 meter, with accessories. The COS-11D overcomes RFI... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Normal sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Normal sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Normal sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Reduced sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Reduced sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D-LMO is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a Lemo connector. Reduced sensitivity, 1.8 meter, no accessories. The COS-11D overcomes RFI (radio frequency... Lire la suite
COS-11D is an Omni-Directional Miniature Electret Lavalier Microphone terminated with a 3.5 mm locking jack connector. Reduced sensitivity, 1.8 meter, with accessories. The COS-11D overcomes RFI... Lire la suite
d:screet Legacy 4061 omnidirectional mic, loud SPL, black, MicroDot termination, no adapter included. Each version is tailored towards a specific application based on sensitivity, voltage and... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. Lemo, black color, no accessories The expressively natural sounding TwinPlex TL47 is available with... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. Lemo, cocoa color, no accessories The expressively natural sounding TwinPlex TL47 is available with... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. Lemo, tan color, no accessories The expressively natural sounding TwinPlex TL47 is available with... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. Lemo, white color, no accessories The expressively natural sounding TwinPlex TL47 is available with... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. TA4F(TQG), black color, no accessories The expressively natural sounding TwinPlex TL47 is available... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. TA4F(TQG), cocoa color, no accessories The expressively natural sounding TwinPlex TL47 is available... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. TA4F(TQG), tan color, no accessories The expressively natural sounding TwinPlex TL47 is available with... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. TA4F(TQG), white color, no accessories The expressively natural sounding TwinPlex TL47 is available... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. No connector, black color, with accessories The expressively natural sounding TwinPlex TL47 is... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. No connector, cocoa color, with accessories The expressively natural sounding TwinPlex TL47 is... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. No connector, tan color, with accessories The expressively natural sounding TwinPlex TL47 is available... Lire la suite
TwinPlex omnidirectional Lavalier microphone, 1.6 mm, low sensitivity, includes frequency caps. No connector, black color, with accessories The expressively natural sounding TwinPlex TL47 is... Lire la suite
Dynamic Microphone (Hypercardioid) As a member of the M series, the M 201 TG embodies natural sound reproduction like no other dynamic microphone. It reproduces signals with exceptional clarity and... Lire la suite
Popular radio and TV mic features excellent shielding against electromagnetic hum. Plus mounting bracket. The SM7B dynamic microphone has a smooth, flat, wide-range frequency response appropriate for... Lire la suite
DualdyneTM cardioid dynamic vocal microphone - Nickel. Meticulously crafted for world-class vocal performances and presentations in elite venues, the KSM8 Dualdyne is the revolutionary dynamic... Lire la suite
TwinPlexTM omnidirectional Lavalier microphone, 1.1 mm cable, low sensitivity, LEMO connector, black color. Includes frequency caps (3 - flat response, 2 - presence response). Expressively natural... Lire la suite
DualdyneTM cardioid dynamic vocal microphone - black. Meticulously crafted for world-class vocal performances and presentations in elite venues, the KSM8 Dualdyne is the revolutionary dynamic... Lire la suite