Studio Technologies Model 210 Announcer's Console
Studio Technologies Model 210 Announcer's Console
Studio Technologies Model 210 Announcer's Console Details
Studio Technologies Model 210 Announcer's Console designed to serve as the audio control center for announcers, commentators, and production talent. The tabletop unit is suited for numerous applications including on-air television sports broadcasting. Studio Technologies Model 210 Announcer's Console integrates all on-air, talkback, and cue audio signal routing into one compact system. Ease of use, configuration flexibility, and sonic excellence are some of the unit's highlights. Studio Technologies Model 210 Announcer's Console is compatible with most broadcast and audio system environments. Standard connectors are used to interface microphone, headphone, talkback, and IFB signals. Whether it's microphone switching, talkback output, or headphone cue feed, superior audio quality is maintained. A microprocessor provides Studio Technologies Model 210's logic power, allowing exacting control of the unit's operation. A range of configuration choices allow the desired operating parameters to be easily selected. While flexible, the user is presented with an easy-to-use set of controls and indicators. A truly next-generation product, extensive research into the needs and desires of field production personnel was integral to Studio Technologies Model 210 Announcer's Console's creation. While primarily targeted for on-air television applications, specialized features are included to allow Studio Technologies Model 210 Announcer's Console to be used in a variety of other audio applications. These include on-air radio broadcasting, stadium announcement, and voice-over/narration booths.
A high-performance microphone preamplifier circuit provides low-noise/low-distortion amplification over a 20 to 60 dB gain range. The gain is adjustable in 10 dB steps. The input is compatible with balanced dynamic or condenser microphones. The microphone power source is 48 volts nominal and meets the worldwide P48 phantom power standard. The preamplifier's gain can also be set for 0 dB, allowing a line-level audio signal to be connected. This could prove useful in special applications such as when an external preamp or mic processor is being used. An LED indicator serves as an aid for optimizing the setting of the preamplifier's gain. The output of the microphone preamplifier is used by the main output as well as being routed to the compressor circuit that supports the talkback function.
Main and Talkback Outputs
Studio Technologies Model 210 Announcer's Console provides one main and one talkback output. The main output is designed to serve as the on-air, stadium announcement, or other primary audio feed. With a nominal level of â?"2 dBu, it is designed as a fully professional interface with high output capability, low distortion, and low noise. It features a high-quality transformer expressly designed for driving long broad- cast cable runs. The talkback output is intended to provide production trucks, control rooms, or support personnel with a talent-originated cue signal. The talkback output is transformer-coupled with a +4 dBu nominal signal level. It contains resistors in series with its output connections, allowing the talkback output from multiple units to be directly summed (combined). For non-on-air applications, a special Model 210 feature can be enabled, placing the unit in a "production" mode. This allows the main output to be used as a second talkback output. In this configuration the unit can be even more powerful when used in a live event application, such as serving as a master console for a production director.
Dynamic Range Control
The headphone output's circuitry provides high output levels with very low distortion and noise. The user can monitor either or both IFB channels. Each source can be individually assigned to the left, right, or both channels of the binaural headphone output. Two rotary controls allow the user to adjust the headphone output levels.
User Controls and Status Indicators
Two pushbutton switches, three LED indicators, and two rotary controls provide the user with a clear, easy-to-use interface. One pushbutton switch controls the status of the main output. This is the audio output intended for on-air, announcement, or other primary uses. Two LEDs display the on/off status of the main output. A second pushbutton switch controls the status of the talkback output. This is the audio output used to communicate with producers, directors, spotters, or other behind-the-scenes production personnel. A status LED is associated with the talkback button. Two rotary controls allow the user to adjust the level of the headphone output.
A large part of Studio Technologies Model 210 Announcer's Console's unique power is the ability to configure the operation of the main output and talkback functions. To meet the needs of the many specific broadcast and production applications, a variety of button operating modes is available. The main output button can be selected to operate from among four modes. In the "push-to-mute" mode the button performs a momentary mute of the main output. In this way a "cough" button function is created, something typically required for television sports broadcasting. In the "push-to-talk" mode the button provides a momentary active function for the main output. This mode would be appropriate for applications such as stadium announcement. An alternate action "latching" configuration allows the button to enable or disable the main output as desired. This is useful in radio broadcasting, announce-booth, or voice-over applications. The fourth mode provides a hybrid function, supporting both push-to-talk and tap-to-enable/ tap-to-disable operation. This operation is similar to that found in many broadcast intercom system user stations. The button associated with the talkback function can be configured to operate from either of two modes. One of the modes supports a "push-to-talk" function. This is typically used for on-air broadcast applications. The other mode provides a hybrid function, the operation of which is discussed in the previous paragraph. The hybrid mode is especially useful when Studio Technologies Model 210 Announcer's Console is used in a production-support application.
A broadcast-standard "wet" (DC with audio) IFB circuit can be directly connected to Studio Technologies Model 210 Announcer's Console IFB input. Originated by sources such as the RTSâ"¢ 4000-series IFB system or IFB interface devices from Studio Technologies, the connected IFB circuit can provide the DC power to operate Studio Technologies Model 210 Announcer's Console as well as two channels of cue audio.
Studio Technologies Model 210 Announcer's Console allows the two audio sources associated with the IFB input to be selected for routing to the headphone output. Originating in production trailers, control rooms, or remote locations, these unbalanced sources normally provide DC power and program-with-interrupt audio on one channel and program-only audio on the other. Each source can be individually assigned to the left channel, right channel, or both left and right. This allows a wide variety of stereo and mono headphone mixes to be created. Some applications may benefit by being able to connect standard line-level audio signals to Studio Technologies Model 210 Announcer's Console. To meet this need one or two optional line input cards can be installed in Studio Technologies Model 210 Announcer's Console back panel. Each card provides a 3-pin female XLR connector and transformer-isolated +4 dBu nominal input circuit. Each source can be individually assigned to the left channel, right channel, or both left and right.
Two rotary controls are provided for user adjustment of the headphone output levels. For application flexibility the actual function of the two "pots" is configurable. For traditional on-air sports applications they can be selected to the dual-channel ("level/level") mode which provides independent control of the left- and right-channel volume. For use with dual-channel cue signals, or to support user preference, the stereo ("level/balance") mode can be selected. In this mode one control adjusts the overall level of both the left and right channels, while the other allows adjustment of the left/right level balance. To help minimize the chance of broadcast cues being missed, both level control modes can be configured so that a minimum headphone output level is maintained. Alternately, the headphone output can be set to fully mute when the controls are at their minimum position. Provision has been made to support applications where a monaural cue feed is desired. A configuration switch allows the summing (combining) of the selected left and right headphone sources. In addition to creating a dual-channel mono output it also allows the level controls to be configured as a simple 2-channel mixer. The headphone output was designed to meet the needs of contemporary headphones and headsets. Specifically, the output circuits act as voltage, rather than power, drivers. In this configuration they can provide high output levels with very low distortion and noise, along with minimal current consumption. The output circuits are configured to safely drive stereo or mono loads. This ensures that all types of headphones, headsets, and earpieces can be directly connected.
Audio Quality and Protection
Studio Technologies Model 210 Announcer's Console's circuitry is carefully tailored to provide excellent audio performance. Professional-quality components are featured throughout. For reliability all audio routing is performed using solid-state devices. In all critical audio paths, "clickless" electronic switches provide noise-free control. All audio inputs and outputs make extensive use of protection components. This limits the chance of damage from ESD and other undesirable, yet real-world, hazards.
Studio Technologies Model 210 Announcer's Console can derive its operating power from either the IFB input or an external nominal 24 volt DC source. For redundancy, both power sources can be connected simultaneously. An internal switch-mode power supply ensures that all Model 210 features are available when the unit is powered by either source. Studio Technologies Model 210 Announcer's Console is compatible with IFB circuits provided by most standard broadcast systems. However, maximum performance can often be obtained by using the IFB interface devices available from Studio Technologies. Single-channel and four-channel units are available, each providing high-quality audio along with an excellent source of DC power. They're directly compatible with most matrix intercom systems, as well as standard line-level audio signals.
Studio Technologies Model 210 Announcer's Console's circuitry includes a general-purpose relay contact allowing specialized configurations to be created. Under software control, the form-A (normally open) solid-state relay contact can be configured to follow the state of either the main or talkback output functions. Taking advantage of the locations provided for additional XLR connectors, a technician may easily implement a variety of functions such as mic active indication, audio muting during talkback, or audio insertion control.
Studio Technologies Model 210 Announcer's Console configurations are made using a number of DIP-type switches. One 8-position switch array is used to set the gain of the microphone preamplifier, the on/off status of phantom power, and the headphone stereo/mono mode. Another 8-position switch array configures which of the IFB and auxiliary audio sources are routed to the headphone output. A third 8-position switch array communicates the desired operating modes to the microprocessor. All switches are accessible via the bottom of Studio Technologies Model 210 Announcer's Console's enclosure; the unit does not have to be disassembled. Changes made to any of the configuration parameters become active immediately. To prevent unwanted access to the configuration switches a security panel, included with each unit, is attached to the bottom of the enclosure.
Studio Technologies Model 210 Announcer's Console uses standard connectors throughout. The microphone and IFB inputs use 3-pin female XLR connectors. The main and talkback outputs use 3-pin male XLRs. A Â¼-inch 3-conductor jack is used for the headphone output. The external source of 24 volt DC power is connected by way of a 2.1 x 5.5 mm "locking" coaxial power jack. In the world of broadcast and production audio it's fair to say that applications vary widely. To this end, one or two additional XLR connectors can easily be mounted into the Model 210's back panel. Multiple 3-position "headers" located on Studio Technologies Model 210 Announcer's Console's circuit board provide technician access to all input and output connections. Using a factory-available interface cable kit allows a Studio Technologies Model 210 Announcer's Console to be optimized to meet the exact needs of specific applications. For example, some applications may prefer to use a multi-pin XLR connector to interface with a headset. This can easily be accomplished by adding the appropriate 5-, 6-, or 7-pin XLR connector and making a few simple connections. Other applications may benefit from having "mult" or "loop-through" connections, something easily incorporated into a Studio Technologies Model 210 Announcer's Console. One or two optional line input cards, as previously discussed, can also be mounted in the spare XLR connector positions.
Studio Technologies Model 210 Announcer's Console Features
- Microphone preamp with selectable gain and 48 volt phantom power
- Broadcast IFB input
- Two pushbutton switches offer programmable "click-free" audio path control
- Transformer-balanced main output
- Line-level talkback output
- Stereo headphone monitoring
- Auxiliary relay contact
- Powered by IFB or external DC source
- Extensive configuration choices accessible via DIP switches located on bottom of enclosure
Studio Technologies Model 210 Announcer's Console Specifications
- Manufacturer: Studio Technologies
- Product: Model 210 Announcer's Console
- Frequency Response: 20 Hz-20 kHz, Â±0.1 dB, mic in/main out
- Distortion (THD+N): 0.008%, measured at 1 kHz, mic in/main out
- Signal to Noise Ratio: 80 dB, referenced to â?"46 dBu mic in/â?"2 dBu main out
- Mic In, IFB In: 3-pin female XLR
- Main Out, Talkback Out: 3-pin male XLR
- Headphone Out: Â¼-inch 3-conductor phone jack
- 24 Vdc Power In: Coaxial power jack, 2.1 x 5.5 mm, locking bushing, compatible with Switchcraft S760K plug
- Type: Electronically balanced
- Input Impedance: 2 k ohms, nominal
- CMRR: >80 dB, 20 Hz-20 kHz, 40 dB gain
- Gain Range: 20 to 60 dB, nominal, adjustable in 10 dB steps; 0 dB (no gain)
- Compatibility: Dynamic or phantom-powered mics
- Phantom Power: 48 Vdc, nominal, meets IEC 61938 P48 standard
- Type: 2-channel, unbalanced (pin 1 common; pin 2 DC with channel 1 audio; pin 3 channel 2 audio)
- Impedance: 10 k ohms, nominal
- Nominal Level: â?"10 dBu
Optional Line Inputs
- Inputs: 2
- Implementation: One or two line input cards (Studio Technologies part number 31084) can be installed into back panel
- Type: Balanced, transformer-coupled
- Impedance: 10 k ohms, nominal
- Nominal Level: +4 dBu
- Threshold: 2 dB above nominal level
- Attack/Release Time: 2 mSec/100 mSec, nominal
- Slope: 5:1, nominal
- Status LED: Compressor active
- Type: Balanced, transformer-coupled
- Nominal Level: â?"2 dBu
- Maximum Level: +20 dBu into 2 k ohms
- Impedance: 100 ohms, nominal
- Type: Transformer-coupled with series capacitors and isolation resistors
- Impedance: 600 ohms, nominal
- Nominal Level: +4 dBu
- Maximum Level: +11 dBu (compressor restricts maximum)
- Output: 1, Stereo
- Compatibility: Mono or stereo headphones or headsets with nominal impedance of 100 ohms or greater
- Type: Voltage Driver
- Max. Output Voltage: 12 Vpp, 150 ohm load
- Function: Configurable, follows status of main or talkback output
- Type: Form-A (normally open, not-shorted) solid-state relay contact
- Rating: 100 mA, 60 volts AC/DC, maximum
- Contact Resistance: 16 ohms, maximum
- Access: Requires user-implemented connection method
- IFB: 24-32 volts DC, 105 mA
- External: 24 volts DC nominal, 70 mA @ 24 volts DC; acceptable range 20-30
- Volts DC: Each unit shipped with a universal input/24 Vdc output power supply
- Width: 5.6 inches wide (14.2 cm)
- Height: 3.3 inches high (8.4 cm)
- Depth: 8.5 inches deep (22.4 cm)
- Weight: 3.4 pounds (1.6 kg)
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