Motorola BLE100 operation manual Example

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Bench Testing

4-3

6Measure the gain at mixed forward frequency using the procedure outlined in the operator manual provided with the test equipment in use.

To correct this number, add the insertion loss of the SSP-PIN power combiner (0.6 dB at 750 MHz, 0.7 dB at 870 MHz, or 1.1 dB at 1 GHz) the loss of the cable simulator at mixed forward frequency, and the loss of the cable equalizer (1.0 dB), if it is installed.

Example:

The test equipment indicates a measured gain of 14.5 dB with a BLE87S/* and the cable simulator is set to 20 dB.

+1.1 dB (power combiner)

+1.0 dB (cable equalizer)

+20.0 dB (cable simulator)

+14.5 dB (measured gain)

+36.6 dB (unit gain)

The result must meet advertised specifications for the unit.

The operational gain of the BLE100 provides reduced gain capability. This enables the unit to operate in the proper region of the Bode board when it is controlled by the ADU/QADU or TDU drive units.

To measure the operational gain and flatness of the amplifier:

1Perform steps 1 through 6 in Measuring Forward Gain above.

2Estimate the ambient temperature and find the required gain reserve by referring to Table 3-3. Reduce the gain at the highest frequency by the amount given in the table.

Example:

The ambient temperature is 70°F. The table indicates that the required gain reserve is 4 dB. Reduce the gain by 4 dB.

The operational gain is the sum of the measured gain after performing Step 2, plus all losses, such as power combiner, cable loss, equalizer, and cable simulator.

The sweep response is essentially flat at this point. If the response exhibits tilt, the cable equalizer must be changed. Install a higher equalizer value if the gain is greater at the low frequencies; install the next lower equalizer value if the gain is less at the low-end frequencies.

3Measure the gain excursions from an average value within the bandpass.

The result is the peak-to-valley (P-V) flatness. Some improvement is possible by adjusting the flatness controls on the LDR/9/1G board as described in Section 3, “Amplifier Setup,” Flatness Control. Figure 3-3 illustrates the location of these controls on the LDR/9/1G board.

BLE100 Installation and Operation Manual

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Contents Installation BLE100 Special Symbols That Might Appear on the Equipment Page Contents Specifications Bench TestingInstallation Operating TipsAppendix B Torque Specifications Abbreviations and AcronymsTables Introduction BLE100 closedBLE100 open BLEDocument Conventions Using This ManualRelated Documentation If You Need Help Motorola Online http//businessonline.motorola.comCalling for Repairs Overview BLE100 base with electronics moduleOrdering Matrix BLE100 ordering matrixHousing BLE-HSG/15 housing and dimensionsHousing gaskets GasketsHousing ports Port LocationsPower Supply BLE100 power supplyReturn Path BLE100 block diagramForward Path BLE100 options and accessories Ingress Control SwitchOptions and Accessories Model Description FunctionSCS SFE-100SRE RCB JXP Bench Setup Amplifier SetupProper Handling Procedures Field PracticeForward Path Alignment Before You BeginStarline Cable Equalizers ExampleStarline Forward Equalizers SFE-100 Slope SFE-100Equalizer slope versus cable Starline Cable Simulators Starline Cable SimulatorsFrequency Cable slope in dB Frequency versus cable slope Input and Midstage PadsFlatness Control LDR/9/1G component layout top-left, bottom-right Directional Coupler Test PointsBode Equalization Amplifier Level Control Temperature Gain ReserveGain reserve versus ambient temperature Manual Gain ControlAmplifier Setup Automatic Drive Unit/QAM Automatic Drive Unit Return Path Alignment ADU/QADU Pads and LevelsAlignment Procedure Powering and Surge Protection Bench Testing Before You BeginTest equipment connections for bench sweeping Test Equipment and ConnectionsMeasuring Forward Gain Example Testing Return Gain and Response Completing the Test ProceduresCenter-conductor pin length InstallationAerial Installation J1 position Description Torque sequencePedestal Installation Operating Tips Using Amplifiers in Lower Frequency SystemsUsing Amplifiers in Lower Gain Systems Model BLE100S SpecificationsSpecification Forward AmplifierADU Automatic Drive Unit AC CurrentReturn Amplifier Size Torque SpecificationsTorque Fastener Screw Wrench In-lbs Abbreviations and Acronyms Visit our website at 527548-001 04/06

BLE100 specifications

The Motorola BLE100 is an innovative device designed for efficiency and reliability in the realm of Bluetooth Low Energy (BLE) technology. As a compact and multifunctional solution, it caters to diverse applications, from cost-effective asset tracking to improving smart home environments. The BLE100 stands out for its practicality, making it ideal for both personal and commercial use.

One of the standout features of the Motorola BLE100 is its low power consumption. Leveraging Bluetooth Low Energy technology, the device can operate for extended periods without frequent battery replacements—ideal for remote monitoring applications where long-lasting performance is crucial. This characteristic ensures that users can rely on the BLE100 for day-to-day operations without the hassle of constant recharging.

In terms of connectivity, the BLE100 boasts seamless and stable connections over considerable distances. With a range of up to 100 meters in open environments, the device excels in maintaining reliable communication even in challenging conditions. Its compatibility with a wide array of Bluetooth-enabled devices ensures versatile usability, allowing users to integrate the BLE100 into existing systems with ease.

The Motorola BLE100 also prioritizes user-friendly design. The device is lightweight and compact, ensuring ease of installation and portability. Its robust build makes it resilient against environmental factors, while its sleek design enhances its aesthetic appeal. Moreover, straightforward setup processes and user interfaces facilitate quick deployment for various applications.

Another notable characteristic of the BLE100 is its advanced security features. With built-in encryption and pairing mechanisms, users can safeguard their data and communication. This is particularly vital in applications requiring confidential or sensitive information transfer.

The device supports various protocols and adheres to international standards, which ensures versatility and compatibility in multiple applications. Whether it's intelligent home systems seeking efficient device interaction or logistics needing simple asset tracking solutions, the Motorola BLE100 meets diverse needs.

In conclusion, the Motorola BLE100 is a powerful device that marries efficiency, functionality, and security. Its low power usage, reliable connectivity, user-friendly design, and robust features make it a top choice for anyone looking to enhance their Bluetooth Low Energy applications. With the BLE100, users can explore a wide range of possibilities, from smart technology integration to simplified monitoring solutions, all designed to optimize performance while maintaining a user-centric approach.