Bogen HDU250, HDU150, HDO100, DDU250, MBS1000A Brochure

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Bogen Microphones
High-Quality Sound Design
High-Quality Microphones
Innovative Solutions for Demanding Applications
Bogen’s microphone models are crafted with professional-grade features, including models with rubberized grips, dent-proof screens, and quiet on/off glide switches. In addition, Bogen’s handheld mics feel good in the hand and reduce resonance from taps and handling.
A variety of accessories are available for Bogen’s line of micro­phones - including stands, mounting clips, and cables
.
Cardioid (Uni-Directional)
This pickup pattern is sensitive to sound coming from one direc­tion - in front of the microphone - thus, it best serves a single user. It is preferred for applications where there is likeli­hood of feedback, where the ambient noise is too high or variable for a good clear signal, or where the user will be close to the microphone. Microphones with a cardioid pickup pattern greatly reduce the chance of reproducing unwanted sources of noise that are at the back or sides of the microphone, such as with an audience.
Omni-Directional
This microphone pickup pattern is sensitive to sound from all directions - in front, back, and on the sides of the microphone
- thus, best serving a group of users. Omni-directional micro­phones are preferred for use in studios, offices, round-table dis­cussions, or other environments where there is no ambient background noise (such as a conference room). Microphones with an omni-directional pickup pattern provide a smoother re­sponse than microphones with a cardioid pickup pattern.
Cardioid
Omni-Directional
Dynamic vs. Electret Condenser
Microphones are transducers, or energy converters, which sense acoustic energy (sound waves) and convert them into electrical energy signals. There are two common methods for micro­phones to do this: 1) the electromagnetic technique used in dy­namic type microphones, and 2) the electrostatic technique used in electret condenser type microphones.
Dynamic
Dynamic microphones consist of a coil of wire attached to a di­aphragm that sits in a magnetic field that is created by a small magnet. When sound waves cause the diaphragm to vibrate, the motion of the coil within the magnetic field creates electrical sig­nals that can be amplified or recorded.
These types of microphones produce a smooth, extended re­sponse, and provide good linearity. Their output level is high enough to work directly with most microphone inputs and have an excellent signal-to-noise ratio. They are rugged, reliable, and do not require batteries or external power supplies to operate.
Electret Condensers
Electret condenser microphones use a lightweight, permanently­polarized membrane and a fixed plate to create a capacitor. Sound waves cause the membrane to vibrate, which changes the distance between the membrane and fixed plate causing a change in capacitance. Using a built-in electronic pre-amplifier circuit, the capacitance fluctuations are converted to electrical signals that can be amplified or recorded. Because of the built-in pre-amplifier, power must be supplied to the microphone externally. For conven­ience, the same shielded 2-conductor cable that carries the audio from the microphone is used to supply the DC voltage to the mi­crophone’s pre-amp circuit. This method of supplying power to the microphone is called “Phantom Power”.
Electret condenser microphones respond quickly, have excellent linearity, and are very sensitive. They respond with clarity to tran­sient sounds, provide a very uniform frequency response, and have an outstanding low-frequency pickup.
Sensitivity Patterns
Microphones pick up sound differently, based on the type of sensitivity pattern. There are two main types of microphones or patterns: Cardioid and Omni-Directional.
HANDHELDS
Handheld Public Address Microphone
HDO100
Delivers smooth, professional sound. Provides a custom-tailored balanced response to complement any vocal style and timbre for singing, speech, or instrument sound reproduction. Uniform pickup of sound from all directions with no deterioration in frequency response. Clean, clear reproduction with minimal ambient sound. Low sensitivity to handling noise and stage vibrations. Slim design provides optimum handling and control. Features an internal rubber shock isolation system, a rigid low noise cable mount system, and a lockable silent on/off reed switch. (6 -1/2" D x 1-
1/2" dia., 13 oz.)
Durable all-metal zinc case w/rubberized black finish
Omni-directional pickup pattern
Moving coil dynamic element
500-ohm impedance
Frequency response range
of 70 Hz - 15 kHz
Sensitivity of -72 dB +/- 3 dB
Professional Handheld Stage Microphone
HDU250
Performs professionally in acoustically demanding environments. Capable of pro­jecting vocals with remarkable clarity and power. Excellent gain before audio feedback, reduced pickup of unwanted signals, increased frontal sensitivity, low sensitivity to breath/pop noise, and high sound pressure capability without distortion. Features an efficient shock-mounted Neodymium capsule that prevents handling and cable noise, a rigid low-noise cable-mount system, a multi-layer breath/wind filter, and a lockable silent on/off reed switch. (7" D x 2" dia., 13 oz.)
Durable all-metal zinc case w/rubberized black finish
Heavy, rugged reliable construction
Cardioid pickup pattern
Moving coil dynamic element
250-ohm low impedance
Wide frequency response range
of 50 Hz - 18 kHz
Sensitivity of -72 dB +/- 3 dB
Handheld Stage Microphone
HDU150
Provides crisp, clear sound in any environment. Wide frequency range ensures audio richness. Minimal audio feedback, excellent sound balance and tolerance,
reduced
pickup of unwanted signals, increased frontal sensitivity, and low sensitivity
to breath/pop noise. Features a rubber shock-mount system for attenuation of han­dling and cable noises, a rigid low noise cable mount system, and a lockable silent on/off reed switch. (6 -1/2" D x 1-1/2" dia., 13 oz.)
Heavy all-metal zinc case w/rubberized black finish
Durable ball-shaped construction
Cardioid pickup pattern
Dynamic element
500-ohm impedance
Wide frequency response range
of 70 Hz - 15 kHz
Sensitivity of -70 dB +/- 3 dB
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