Audio-Technica ATM450 Manual


Læs nedenfor 📖 manual på dansk for Audio-Technica ATM450 (2 sider) i kategorien Mikrofon. Denne guide var nyttig for 2 personer og blev bedømt med 4.5 stjerner i gennemsnit af 2 brugere

Side 1/2
CARDIOID CONDENSER INSTRUMENT MICROPHONE
- Unique side-address stick design maximizes placement options with
minimal obstructions.
- Uncompromising sound quality for overheads, percussion, acoustic
guitar, strings and other acoustic instruments.
- Integral 80 Hz HPF switch and 10 dB pad.
- Durable performance for professional applications.
- Cardioid polar pattern reduces pickup of sounds from the sides and
rear, improving isolation of desired sound source.
- Rugged, all-matal design and construction for years of trouble-free
use.
- Includes isolation clamp for shock protection, secure mounting and
easy positioning.
The ATM450 is intended for use in professional applications where
remote power is available. It required 11V to 52V DC phantom power,
which may be provided by a mixer or console, or by a separate, in-
line source such as the Audio-Technica AT8801 single-channel or
AT8506 four-channel phantom power supplies.
Output from the microphones XLRM-type connector is low
impedance (Lo-Z) balanced. The signal appears across Pins 2 and
3; Pin 1 is ground (shield). Output phase is “Pin 2 hot” - positive
acoustic pressure produces positive voltage at Pin 2.
To avoid phase cancellation and poor sound, all mic cables must be
wired consistently: Pin 1-to-Pin 1, etc.
An integral 80Hz hi-pass filter provides easy switching from a
flat frequency response to a low-end roll-off. The roll-off position
reduces the pickup of low-frequency ambient noise (such as trafc,
air-handling systems, etc.), room reverberation and mechanically
coupled vibrations.
The ATM450 is also equipped with a switchable 10 dB pad that
lowers the microphones’s sensitivity, thus providing higher SPL
capability for exible use with a wide range of performers and system
congurations.
The ATM450 includes an AT8471 isolation clamp to provide secure
mounting, versatile positioning and effective dampening of unwanted
mechanical noise.
Avoid leaving the microphone in the open sun or in areas where
temperatures exceed 40°C for extended periods. Extremely high
humidity should also be avoided.
FORM No. ATGC-L0029-06-E
Machida Tokyo Japan
SPECIFICATIONS
ELEMENT Fixed-change back plate permanently
polarized condenser
POLAR PATTERN Cardioid
FREQUENCY RESPONSE 40-20,000 Hz
LOW FREQUENCY ROLL-OFF 80 Hz, 18 dB/octave
OPEN CIRCUIT SENSITIVITY -41 dB (8.9 mV) re 1V at 1 Pa
IMPEDANCE 200 ohms
MAXIMUM INPUT SOUND LEVEL 152 dB SPL, 1 kHz at 1% T.H.D.
DYNAMIC RANGE (typical) 127 dB, 1 kHz at Max SPL
SIGNAL-TO-NOISE RATIO 69 dB, 1 kHz at 1 Pa
PHANTOM POWER REQUIREMENTS 11-52V DC, 3.5 mA typical
SWITCHES Flat, roll-off; 10 dB pad
WEIGHT 98 g
DIMENSIONS 126.9 mm - long,
21.0 mm - diameter
OUTPUT CONNECTOR Integral 3-pin XLRM-type
ACCESSORIES FURNISHED AT8471 isolation clamp for ⅝”-27
threaded stand;
⅝”-27 to ⅜”-16 threaded adapter;
Soft protective pouch
10 dB
20k10k5k2k1k50020010050
8 kHz
200 Hz
1 kHz
5 kHz
330°
300°
270°
240°
210°
180°
150°
120°
90°
60°
30°
Polar Pattern
Frequency Response
SCALE IS 5 DECIBELS PER DIVISION
LEGEND
Frequency in Hertz
LEGEND 12” or more on axis
Response in dB
Roll-off


Produkt Specifikationer

Mærke: Audio-Technica
Kategori: Mikrofon
Model: ATM450

Har du brug for hjælp?

Hvis du har brug for hjælp til Audio-Technica ATM450 stil et spørgsmål nedenfor, og andre brugere vil svare dig




Mikrofon Audio-Technica Manualer

Mikrofon Manualer

Nyeste Mikrofon Manualer

PSC

PSC RF Multi SMA Manual

17 December 2024
PSC

PSC PowerStar RF Manual

17 December 2024
Hollyland

Hollyland LARK M1 Manual

16 December 2024
Power Dynamics

Power Dynamics PD210 Manual

16 December 2024
Vimar

Vimar 20586 Manual

15 December 2024
Vimar

Vimar 19586.M Manual

15 December 2024
Vimar

Vimar 20586.B Manual

15 December 2024
Vimar

Vimar 20586.N Manual

15 December 2024
Vimar

Vimar 19586 Manual

15 December 2024
Vimar

Vimar 19586.B Manual

15 December 2024