Datasets:
ilahgel
/
train_dataset

Dataset card Data Studio Files
xet
Community
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Statement
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for the antenna named ATADU2003 , What is the minimum value of the 3rd order signal in dBm?
According to the table, the 3rd order signal has a minimum value of -110 dBm. Signal
for the antenna named ATADU2003 , What is the order of the signal with a minimum value of -122 dBm?
According to the table, the signal with a minimum value of -122 dBm is of 7th order. Signal
for the antenna named ATADU2003 , What is the order of the filter represented by the equation m ≤ -122?
The equation m ≤ -122 is mentioned as a 7th order filter in the context. Signal Processing
for the antenna named ATADU2003 , What is the value of x in the equation m ≤ -122?
The context mentions | 2 | x | 43, which implies that x is equal to 2. Algebra
for the antenna named ATADU2003 , What is the frequency band of the MTMA-1800/2100?
The frequency band of the MTMA-1800/2100 is both 1800 MHz and 2100 MHz. Frequency Bands
for the antenna named ATADU2003 , What is the antenna gain of the MTMA-1800/2100?
The antenna gain of the MTMA-1800/2100 is 12 dB. Antenna Gain
for the antenna named ATADU2003 , How many BTS ports does the MTMA-1800/2100 have?
The MTMA-1800/2100 has 4 BTS ports. BTS Ports
for the antenna named ATADU2003 , What does MTMA stand for in the context of telecommunications?
MTMA stands for Mobile Telephone Multiple Access in the context of telecommunications. Telecom Acronyms
for the antenna named ATADU2003 , What is the purpose of the MTMA-1800/2100?
The MTMA-1800/2100 is used to provide mobile phone service. Telecom Equipment
for the antenna named ATADU2003 , What is the product model of the MTMA-1800/2100?
The product description mentions that the product model is ATADU2003. Product Information
for the antenna named ATADU2003 , What is the name of the product described in the context?
The context explicitly mentions 'ANTport-AISG Model: ATADU2003 Product Description', indicating that ANTport-AISG is the name of the product. Product Information
for the antenna named ATADU2003 , What type of amplifier is described in the context?
The context mentions 'multiband tower mounted amplifier (MTMA)', indicating that the type of amplifier is a tower mounted amplifier. Amplifier Types
for the antenna named ATADU2003 , What is the abbreviation of 'Multiband Tower Mounted Amplifier'?
The context explicitly mentions 'multiband tower mounted amplifier (MTMA)', indicating that MTMA is the abbreviation. Acronyms
for the antenna named ATADU2003 , What is the primary purpose of installing a multiband tower mounted amplifier (MTMA) near the antenna?
The MTMA is a low-noise amplifier, which implies that its primary purpose is to reduce signal noise. Amplifiers
for the antenna named ATADU2003 , What is the purpose of installing a low-noise amplifier near the antenna?
According to the context, the low-noise amplifier is installed near the antenna to satisfy co-siting purposes. Amplifiers
for the antenna named ATADU2003 , What is the benefit of using a low-noise amplifier in a telecommunications system?
The term 'low-noise' in low-noise amplifier implies that it helps to reduce signal noise, which is a common problem in telecommunications systems. Amplifiers
for the antenna named ATADU2003 , What is the purpose of co-siting in telecommunications?
Co-siting is a technique used to improve the signal-to-noise ratio, which is essential for reliable communication. By placing antennas or transmitters in close proximity, co-siting helps to enhance the received signal and reduce noise levels. Signal
for the antenna named ATADU2003 , What is the benefit of improving the signal-to-noise ratio in telecommunications?
A higher signal-to-noise ratio ensures that the received signal is stronger than the background noise, resulting in more reliable communication. This is critical for maintaining high-quality connections and minimizing errors. Signal
for the antenna named ATADU2003 , What is the purpose of enhancing the signal-to-noise ratio in a BTS system?
Enhancing the signal-to-noise ratio in a BTS system allows for better signal quality and increased receiving sensitivity, enabling the system to detect weaker signals. Signal
for the antenna named ATADU2003 , What is the benefit of improving the sensitivity of the BTS system?
Improving the sensitivity of the BTS system enhances the uplink coverage, allowing for better communication between the user equipment and the base station. Réseaux
for the antenna named ATADU2003 , What is the effect of improving the sensitivity of the BTS system on uplink and downlink?
Improving the sensitivity of the BTS system reduces both uplink and downlink interference, leading to better overall system performance. Signal
for the antenna named ATADU2003 , What is the benefit of reducing uplink coverage in a base station?
Reducing uplink coverage helps to reduce the imbalance between uplink and downlink in a base station, which can improve overall network performance. Base Station
for the antenna named ATADU2003 , What is the effect of uplink and downlink imbalance in a base station?
Uplink and downlink imbalance in a base station can cause network congestion, leading to poor network performance and user experience. Network Performance
for the antenna named ATADU2003 , What is the benefit of reducing the transmitting power used by cellphones?
Reducing the transmitting power used by cellphones can help increase battery life, as it reduces the energy consumption of the device. Mobile Devices
for the antenna named ATADU2003 , What is the impact of reducing the transmitting power on the base station?
Reducing the transmitting power used by cellphones can reduce the load on the base station, as it reduces the amount of power required to transmit signals. Base Station
for the antenna named ATADU2003 , What is the purpose of the AISG ALD?
According to the context, the AISG ALD improves voice and data communication quality. Réseaux
for the antenna named ATADU2003 , What is responding to the scan of the AISG ALD?
According to the context, when scanning the AISG ALD, the TMA (mA) (mA) is responding. Signal
for the antenna named ATADU2003 , What is the device that the TMA (mA) is responding to?
According to the context, the TMA (mA) is responding to the AISG controller with two individual serial numbers. Telecommunications
for the antenna named ATADU2003 , What is the unit of measurement of the TMA (mA)?
The context mentions that the TMA (mA) (mA) is responding to the AISG controller, indicating that the unit of measurement of the TMA (mA) is milliampere. Telecommunications
for the antenna named ATADU2003 , How many individual serial numbers is the TMA (mA) responding with?
According to the context, the TMA (mA) is responding to the AISG controller with two individual serial numbers. Telecommunications
for the antenna named ATADU2003 , How many individual serial numbers does the AISG controller have?
According to the context, the AISG controller has two individual serial numbers, which are unique IDs. AISG Controller
for the antenna named ATADU2003 , What is the characteristic of the frequency band in the given context?
According to the context, each frequency band has two subunits. Frequency Bands
for the antenna named ATADU2003 , What is the feature mentioned in the context?
The context explicitly mentions 'High lin' as a feature. Features
for the antenna named ATADU2003 , What is the identifier associated with each entity in the context?
The context states that there are 'ers (unique IDs)' which implies that each entity has a unique identifier. Identifiers
for the antenna named ATADU2003 , What is a key feature of the device in terms of linearity and noise performance?
The context states that the device has 'High linearity and low noise performance', indicating that it is capable of maintaining a strong signal while minimizing noise and distortion. Signal
for the antenna named ATADU2003 , What type of LNA is used in the device?
The context mentions that the device features a 'Balanced LNA', which suggests that it uses a balanced low-noise amplifier to improve signal quality. Amplifiers
for the antenna named ATADU2003 , What is the primary benefit of a balanced LNA design?
A balanced LNA design is used to achieve low noise performance, which is essential for reliable signal reception. Amplifiers
for the antenna named ATADU2003 , What is the purpose of a power failure bypass in an LNA design?
A power failure bypass is used to ensure high reliability by providing a backup power source in case of a power failure. Reliability
for the antenna named ATADU2003 , What is a key feature of the design mentioned?
The context mentions that the design is 'Light weight and compact', indicating that this is a key feature of the design. Design
for the antenna named ATADU2003 , What is the purpose of the 'esign and power failure bypass' feature?
The context mentions 'esign and power failure bypass for high reliability', indicating that the purpose of this feature is to increase reliability. Reliability
for the antenna named ATADU2003 , What is the primary purpose of the device's design?
The device is designed for co-siting purposes, which means it is intended to be installed alongside other devices or equipment. Purpose
for the antenna named ATADU2003 , How can the device be mounted?
The device can be mounted on a wall or on a mast, providing flexibility in terms of installation options. Installation
for the antenna named ATADU2003 , What are the two mounting options available for the device?
The context explicitly mentions 'Wall mounting and mast mounting' as the two available options. Installation
for the antenna named ATADU2003 , What level of lightning protection is built into the device?
The context states that the device has 'built-in lightning protection up to 10 kV'. Safety Features
for the antenna named ATADU2003 , Which protocol is supported by the device?
The device supports AISG 2.0 protocol, which is a standard protocol used in telecommunications. Protocols
for the antenna named ATADU2003 , What type of control is supported by the device?
The device only supports RET0 control, which is a type of control used in telecommunications. Control
for the antenna named ATADU2003 , Which BTS controls RET0?
According to the context, RET0 is only controlled by BTS0. Network Architecture
for the antenna named ATADU2003 , Which BTS is leading the system?
According to the context, the system is led by BTS0. Réseaux
for the antenna named ATADU2003 , What is the name of the company mentioned in the context?
The context mentions 'Атлант Инжиниринг' as the official representative in РФ and СНГ. Company Information
for the antenna named ATADU2003 , What is the phone number mentioned in the context?
The context mentions '+7 (49' as the phone number. Contact Information
for the antenna named ATADU2003 , What is the region where Атлант Инжиниринг is the official representative?
The context mentions 'РФ и СНГ' as the region where Атлант Инжиниринг is the official representative. Geographical Information
for the antenna named ATADU2003 , What is the model number mentioned in the context?
The context mentions 'AMT 305' as the model number. Product Information
for the antenna named ATADU2003 , What is the type of diagram mentioned in the context?
The context mentions 'Block Diagram' as the type of diagram. Technical Information
for the antenna named ATADU2003 , What is the country where ринг is an official representative?
According to the context, ринг is an official representative in РФ (Russia) and СНГ (Commonwealth of Independent States). Company Information
for the antenna named ATADU2003 , What is the phone number of ринг?
The phone number of ринг is explicitly mentioned in the context as +7 (495) 109-02-08. Contact Information
for the antenna named ATADU2003 , What is the email address of ринг?
The email address of ринг is explicitly mentioned in the context as [email protected]. Contact Information
for the antenna named ATADU2003 , What is the website of ринг?
The website of ринг is explicitly mentioned in the context as www.bbrc.ru. Company Information
for the antenna named ATADU2003 , What is the model of the device mentioned in the context?
The device model is explicitly mentioned in the context as MTMA-1800/2. Device Information
for the antenna named ATADU2003 , What is the email address associated with the company?
The email address is mentioned in the context as '[email protected]'. Company Information
for the antenna named ATADU2003 , What is the website of the company?
The website is mentioned in the context as 'www.bbrc.ru'. Company Information
for the antenna named ATADU2003 , What is the model number of the device?
The model number is mentioned in the context as 'ATADU2003'. Device Information
for the antenna named ATADU2003 , What is the frequency range of the device?
The frequency range is mentioned in the context as 'MTMA-1800/2100'. Device Information
for the antenna named ATADU2003 , How many antennas does the device have?
The device has 4 antennas, as mentioned in the context as '4ANTport'. Device Information
for the antenna named ATADU2003 , What is the frequency range of the ATADU2003 Tx Specifications?
According to the context, the frequency range of the ATADU2003 Tx Specifications is 2110 - 2170 MHz. Frequency
for the antenna named ATADU2003 , How many ANT ports are available on the device?
The context mentions '4ANTport' which implies that there are 4 ANT ports available on the device. Device
for the antenna named ATADU2003 , What is the bandwidth of the specifications?
The bandwidth is specified as 60 MHz. Bandwidth
for the antenna named ATADU2003 , What is the typical insertion loss of the specifications?
The typical insertion loss is specified as less than 0.35 dB. Loss
for the antenna named ATADU2003 , What is the typical insertion loss of the device in dB?
The context states that the typical insertion loss is less than 0.35 dB. Signal
for the antenna named ATADU2003 , What is the minimum return loss of the device in dB?
The context states that the return loss is greater than or equal to 18 dB. Signal
for the antenna named ATADU2003 , What is the maximum input power of the device in dBm?
The context states that the input power is less than 160 dBm. Signal
for the antenna named ATADU2003 , What is the maximum CW input power allowed in watts?
According to the context, the CW input power in watts should be less than 2000. Power
for the antenna named ATADU2003 , What is the equivalent power in dBm for a peak power of 2000 watts?
According to the context, a peak power of 2000 watts is equivalent to 63 dBm. Power
for the antenna named ATADU2003 , What is the maximum peak power of the wer (W) signal?
According to the context, the peak power of the wer (W) signal is less than 2000 with a value of +63 dBm. Signal
for the antenna named ATADU2003 , What is the frequency range of the wer signal?
The context specifies that the frequency range of the wer signal is between 1920 and 1980 MHz. Frequency
for the antenna named ATADU2003 , What is the minimum bandwidth of the wer signal when DC is ON?
According to the context, the bandwidth of the wer signal is greater than or equal to 18 MHz when DC is ON. Bandwidth
for the antenna named ATADU2003 , What is the minimum bandwidth required for a specific telecommunications system?
According to the context, the minimum bandwidth required is 60 MHz. Bandwidth
for the antenna named ATADU2003 , What is the minimum return loss required when DC is OFF?
According to the context, the minimum return loss required when DC is OFF is 14 dB. Return Loss
for the antenna named ATADU2003 , What is the minimum insertion loss required in by-pass?
According to the context, the minimum insertion loss required in by-pass is 18 dB when DC is ON. Insertion Loss
for the antenna named ATADU2003 , What is the nominal value for the gain in dB, with a tolerance of ±1?
According to the context, the gain in dB is 12 ±1, which means the nominal value is 12 dB. Signal
for the antenna named ATADU2003 , What is the gain of the amplifier in dB?
According to the context, the gain of the amplifier is 12 dB with a tolerance of ±1 dB. Amplifiers
for the antenna named ATADU2003 , What is the typical value of the ss mode in dB?
According to the context, the typical value of the ss mode is less than 3.0 dB. Signal
for the antenna named ATADU2003 , What is the output 1dB compression point?
According to the context, the output 1dB compression point is not specified. Amplifiers
for the antenna named ATADU2003 , What is the typical value of re (dB) in the given electrical specifications?
According to the given electrical specifications, the typical value of re (dB) is less than 1.2. Electrical Specifications
for the antenna named ATADU2003 , What is the minimum OIP3 (Output Third-Order Intercept Point) in dBm?
According to the given electrical specifications, the OIP3 (Output Third-Order Intercept Point) is greater than or equal to 24 dBm. Electrical Specifications
for the antenna named ATADU2003 , What is the minimum value of OIP3 (dBm) according to the electrical specifications?
The electrical specifications state that OIP3 (dBm) ≥ 24, which means the minimum value is 24. Electrical Specifications
for the antenna named ATADU2003 , What is the range of DC supply voltage (V) according to the electrical specifications?
The electrical specifications state that the DC supply voltage (V) is 9-30. Electrical Specifications
for the antenna named ATADU2003 , What is the tolerance of the operating current (mA) according to the electrical specifications?
The electrical specifications state that the operating current (mA) is 225 ±5, which means the tolerance is ±5. Electrical Specifications
for the antenna named ATADU2003 , What is the minimum DC supply voltage required for the device?
According to the specifications, the DC supply voltage range is 9-30V, so the minimum required voltage is 9V. Power Supply
for the antenna named ATADU2003 , What is the maximum operating current per TMA (mA) without RET?
The specifications state that the operating current per TMA (mA) without RET is 105 ±5 mA. Current Consumption
for the antenna named ATADU2003 , What is the power consumption of the AISG in watts?
According to the context, the power consumption of the AISG is less than 3.0 watts. Power Consumption
for the antenna named ATADU2003 , What is the environmental specification related to in the context?
The context mentions 'Environmental Specification Operating temperature', indicating that the environmental specification is related to operating temperature. Environmental Specifications
for the antenna named ATADU2003 , What is the lowest operating temperature range in Celsius?
According to the environmental specification, the operating temperature range is -40 to +65 degrees Celsius. Environmental
for the antenna named ATADU2003 , What is the IP rating of the device?
The IP rating of the device is IP67, which indicates its level of protection against solid particles and water. Environmental
for the antenna named ATADU2003 , What is the unit of measurement for MTBF (hours)?
According to the environmental specification, the MTBF (hours) (Mean Time Between Failures) is measured in hours. Reliability
for the antenna named ATADU2003 , What is the operating temperature range of the device?
The context specifies that the device operates within a temperature range of -40°C to +65°C. Environmental
for the antenna named ATADU2003 , What is the minimum Mean Time Between Failures (MTBF (hours)) of the device?
The context specifies that the device has a MTBF (hours) of more than 1,000,000 hours, indicating its high reliability. Reliability
for the antenna named ATADU2003 , What standard does the device comply with for Electromagnetic Compatibility (EMC)?
The context specifies that the device complies with the ETSI 300 342-3 standard for Electromagnetic Compatibility (EMC). EMC
for the antenna named ATADU2003 , What type of protection does the device have?
The context specifies that the device has lightning protection, which means it is designed to withstand lightning strikes. Protection
for the antenna named ATADU2003 , What is the standard specification for the lightning protection mentioned in the context?
The context explicitly mentions EMC ETS 300 342-3 as the standard specification for lightning protection. Standards
for the antenna named ATADU2003 , What is the rating of the lightning protection in kA?
The context mentions that the lightning protection has a rating of 10 kA. Lightning Protection