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| 型号： | MAX11060GUU+T |
| 厂商： | Maxim Integrated Products |
| 文件页数： | 6/35页 |
| 文件大小： | 0K |
| 描述： | IC ADC 16BIT DELTA SIGMA 38TSSOP |
| 产品培训模块： | Lead (SnPb) Finish for COTS Obsolescence Mitigation Program |
| 标准包装： | 2,500 |
| 位数： | 16 |
| 采样率（每秒）： | 3.07M |
| 数据接口： | DSP，MICROWIRE?，QSPI?，串行，SPI? |
| 转换器数目： | 4 |
| 功率耗散（最大）： | 1.1W |
| 电压电源： | 模拟和数字 |
| 工作温度： | -40°C ~ 106°C |
| 安装类型： | 表面贴装 |
| 封装/外壳： | 38-TFSOP（0.173"，4.40mm 宽） |
| 供应商设备封装： | 38-TSSOP |
| 包装： | 带卷 (TR) |
| 输入数目和类型： | 8 个单端，双极；4 个差分，双极 |
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MAX11040K/MAX11060
24-/16-Bit, 4-Channel, Simultaneous-Sampling,
Cascadable, Sigma-Delta ADCs
14
Maxim Integrated
Modulator Clock
The modulator clock is created by dividing the frequen-
cy at the XIN input by a factor of 8. The XIN input is dri-
ven either directly by an external clock or by the
on-chip crystal oscillator.
Crystal Oscillator
The on-chip oscillator requires an external crystal (or
resonator) with a 24.576MHz operating frequency con-
nected between XIN and XOUT, as shown in Figure 3.
As in any crystal-based oscillator circuit, the oscillator
frequency is sensitive to the capacitive load (CL). CL is
the capacitance that the crystal needs from the oscilla-
tor circuit and not the capacitance of the crystal. The
input capacitance across XIN and XOUT is 1.5pF.
Choose a crystal with a 24.576MHz oscillation frequen-
cy and an ESR less than 30
Ω, such as the MP35 from
RXD Technologies. See Figure 3 for the block diagram
of the crystal oscillator. Set XTALEN = 1 in the configu-
ration register to enable the crystal oscillator. The
CLKOUT output provides a buffered version of the
clock that is capable of driving eight devices, allowing
synchronized operation from a single crystal. See the
Multiple Device Synchronization section in the
Applications Information section.
External Clock
To use an external clock, set XTALEN = 0 in the
Configuration register and connect an external clock
source (20MHz–25MHz) to XIN. CLKOUT becomes
high impedance.
Analog Input Overvoltage
and Fault Protection
The full-scale differential input range of the devices is
±0.88VREF. The converter accurately represents any
input for which the positive and negative analog inputs
are separated by a magnitude of less than 0.88VREF.
The device includes special circuitry that protects it
against voltages on the analog inputs up to +6V.
Setting FAULTDIS = 1 disables the protection circuitry.
There are two mechanisms of overvoltage detection
and protection: full-scale overflow and overvoltage
fault. Full-scale overflow occurs if the magnitude of the
applied input voltage on any one or more channels is
greater than 0.88VREF. In this case, the digital output is
clipped to positive or negative full scale and the OVRFLW
flag goes low. Overvoltage fault occurs if the magni-
tude of an applied input voltage on any one or more
channels goes outside the fault-detection thresholds.
The reaction to an overvoltage fault is dependent on
whether the fault-protection circuitry is enabled. If
enabled, the input-protection circuits engage and the
FAULT flag goes low. A full-scale overflow or an over-
voltage fault condition on any one channel does not
affect the output data for the other channels.
The input protection circuits allow up to ±6V relative to
AGND on each input, and up to ±6V differentially
between AIN+ and AIN-, without damaging the devices
only if the following conditions are satisfied: power is
applied, the devices are not in shutdown mode, a clock
frequency of at least 20MHz is available at XIN, and
FAULTDIS = 0. The analog inputs allow up to ±3.5V rel-
ative to AGND when either devices are placed in shut-
down mode, the clock stops, or FAULTDIS = 1.
During an overvoltage fault condition, the impedance
between AIN_+ and AIN_- reduces to as low as 0.5k
Ω.
The output structure and cascading features of FAULT
and OVRFLW are discussed in the
Multiple Device
Digital Interface section.
Analog Input Overflow
Detection and Recovery (OVRFLW)
The OVRFLW flag is set based on the ADC conversion
result. When the applied voltage on one or more analog
inputs goes outside the positive or negative full scale
(±0.88VREF), OVRFLW asserts after a delay defined by
the latency of the converter, coincident with the DRDYOUT
of the full-scale clamped conversion result (see Figure
4). The specifics of the latency are discussed earlier in
the data sheet in the
Latency section.
MAX11040K
MAX11060
24.576MHz
20pF
XIN
XOUT
24.576MHz
OSCILLATOR
Figure 3. Crystal Oscillator Input
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相关代理商/技术参数 |
参数描述 |
|---|---|
| MAX11068EVKIT | 功能描述:电源管理IC开发工具 Programmers, Development Systems Eval and Demo Boards and Kits - KIT SMART BATT MEASUREMENT 12CH RoHS:否 制造商:Maxim Integrated 产品:Evaluation Kits 类型:Battery Management 工具用于评估:MAX17710GB 输入电压: 输出电压:1.8 V |
| MAX11068EVKIT+ | 功能描述:电源管理IC开发工具 Programmers, Development Systems Eval and Demo Boards and Kits - KIT SMART BATT MEASUREMENT 12CH RoHS:否 制造商:Maxim Integrated 产品:Evaluation Kits 类型:Battery Management 工具用于评估:MAX17710GB 输入电压: 输出电压:1.8 V |
| MAX11068EVMINIQU+ | 功能描述:电池管理 Automotive Battery Sensor RoHS:否 制造商:Texas Instruments 电池类型:Li-Ion 输出电压:5 V 输出电流:4.5 A 工作电源电压:3.9 V to 17 V 最大工作温度:+ 85 C 最小工作温度:- 40 C 封装 / 箱体:VQFN-24 封装:Reel |
| MAX11068GUU/V+ | 功能描述:电池管理 12Ch High-V Smart Bat Msr System RoHS:否 制造商:Texas Instruments 电池类型:Li-Ion 输出电压:5 V 输出电流:4.5 A 工作电源电压:3.9 V to 17 V 最大工作温度:+ 85 C 最小工作温度:- 40 C 封装 / 箱体:VQFN-24 封装:Reel |
| MAX11068GUU/V+T | 功能描述:电池管理 12Ch High-V Smart Bat Msr System RoHS:否 制造商:Texas Instruments 电池类型:Li-Ion 输出电压:5 V 输出电流:4.5 A 工作电源电压:3.9 V to 17 V 最大工作温度:+ 85 C 最小工作温度:- 40 C 封装 / 箱体:VQFN-24 封装:Reel |
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